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119
Highlights
49
Differences
9
Reactions
0
Likes
Anker 737
vs
INIU B64:
119 Highlights & 49 Differences —
So, Which Power Bank Actually Works Better
Get insights to pick the best travel power bank for reliability and convenience.
From battery cell type, input port count, usb-c input & charging efficiency to user experience, we laid out the pros and quirks of Anker 737 vs INIU B64 in one sharp power banks breakdown.
Cycle Life Rating: 500–800 Cycles
Indicates the estimated number of full charge cycles the battery can complete before noticeable capacity degradation.
with 21 points higher
0.01 lbs lighter weight
Indicates how heavy the power bank is for portability.
1.38 lbs
vs
1.39 lbs
Travel-Friendly Size
Indicates suitability for travel and carry-on use.
with a difference of 1 points
Build Materials & Durability
Reinforced Ports
Indicates reinforced charging ports for extended lifespan.
with a difference of 41 points
Button Durability Rated Good
Indicates the overall durability and longevity of the physical buttons based on build quality and expected usage.
with 1 points higher
Scratch Resistant
Indicates whether the exterior surface is resistant to scratches from daily handling and transport.
with a difference of 41 points
Uses Fire Retardant Material
Indicates use of flame-resistant materials in construction.
with a difference of 1 points
Heat Resistant
Indicates whether the power bank is designed to withstand elevated internal and external temperatures without performance degradation.
with a difference of 1 points
Cycle Life Rating: 500–800 Cycles
Indicates the estimated number of full charge cycles the battery can complete before noticeable capacity degradation.
with 21 points higher
0.01 lbs lighter weight
Indicates how heavy the power bank is for portability.
1.38 lbs
vs
1.39 lbs
Travel-Friendly Size
Indicates suitability for travel and carry-on use.
with a difference of 1 points
Build Materials & Durability
Reinforced Ports
Indicates reinforced charging ports for extended lifespan.
with a difference of 41 points
Button Durability Rated Good
Indicates the overall durability and longevity of the physical buttons based on build quality and expected usage.
with 1 points higher
Scratch Resistant
Indicates whether the exterior surface is resistant to scratches from daily handling and transport.
with a difference of 41 points
Uses Fire Retardant Material
Indicates use of flame-resistant materials in construction.
with a difference of 1 points
Heat Resistant
Indicates whether the power bank is designed to withstand elevated internal and external temperatures without performance degradation.
with a difference of 1 points
Anker 737 vs INIU B64: Power Banks Tailored for High-Capacity Charging and Versatility
When it comes to robust mobile power solutions, the Anker 737 and INIU B64 stand out as powerful contenders. Both are designed to provide reliable charging for multiple device types, including smartphones, tablets, and laptops, making them perfect for travel and emergency backup scenarios. Their strengths lie in large battery capacities, high maximum output powers of 140W, and compatibility with modern fast-charging protocols such as Power Delivery and Quick Charge.
However, notable distinctions set them apart: the Anker 737 leans into smart connectivity with Bluetooth and app support paired with advanced thermal management, while the INIU B64 emphasizes raw capacity, rugged construction, and a budget-friendly price. These differences cater to varying user priorities like smart features or durability.
Distinctive Advantages of the Anker 737
The Anker 737 is a smartly engineered power bank that excels at delivering both power and intelligent features. Its 24,000mAh battery supports up to 140W maximum output power; perfect for charging multiple devices swiftly. What really differentiates it is its enhanced thermal management system featuring three thermal sensors, passive cooling integrated with a metal chassis, and a cutting-edge heat spread layer. This design supports a higher cutoff temperature of 149°F, allowing for sustained high-power operation without overheating.
Connectivity-wise, it supports Bluetooth and app support, enabling firmware updates, remote status monitoring, and usage analytics that tech-savvy users will appreciate. Its LCD screen offers a detailed battery level indicator with high accuracy and even shows estimated remaining time; features missing in many competitors. Moreover, Anker offers comprehensive customer support, including live chat and app help, which enhances user confidence.
Physically, with a compact size and travel-friendly dimensions, the Anker 737 is convenient for on-the-go use. Safety is paramount here with fully certified protections such as CE, FCC, and RoHS, plus smart power management and failsafe shutdowns, ensuring reliability.
Why the INIU B64 Stakes Its Claim
The INIU B64, with a larger 27,000mAh capacity and extended battery cycle life rating of 500-800 cycles, appeals strongly to users prioritizing longevity and sustained usage. Despite this expanded capacity, it remains fairly lightweight and slim in height, although its footprint is larger than Anker's.
Durability is a major plus for the INIU B64. It excels in moderate impact resistance and drop protection up to 3 feet, alongside scratch resistance and reinforced structural design. These features make it a better choice for rugged handling or outdoor use.
Though it lacks smart connectivity like Bluetooth, its robust charging protocols are fully featured with support for Power Delivery, Quick Charge, and PPS, reaching the same 140W output power. The thermal system includes two thermal sensors with passive cooling and a graphite heat spreader for effective temperature control, with a cutoff threshold slightly lower than Anker at 140°F, but with an automatic resume feature that minimizes downtime after overheating.
Finally, the INIU B64 stands out as a value proposition with a 36-month warranty and a price nearly half that of the Anker 737, making it an accessible option that doesn't skimp on essential features.
Quick Take
The Anker 737 shines for users who want smart connectivity, precise battery tracking, superior thermal safety, and comprehensive support; all packed in a travel-friendly design. In contrast, the INIU B64 appeals to those valuing larger battery capacity, rugged build quality, extended warranty, and budget-conscious pricing without compromising on power output.
Bottom Line: Which Should You Pick?
Both power banks impress with their large capacities and multi-device charging capabilities. If you're after intelligent features, stable long-term firmware support, advanced cooling technology, and detailed user interfaces, the Anker 737 is the more refined choice. However, if maximum battery life, ruggedness, and affordability weigh more heavily, the INIU B64 delivers excellent value and durability for a wider range of users.
Verdict
Winner: Anker 737 - Excels with intelligent smart features, superior thermal management, and a user-friendly design, ideal for tech-focused travelers.
Runner-up: INIU B64 - Offers impressive battery capacity and rugged durability at an attractive price, perfect for users prioritizing longevity and toughness.
The Anker 737 has a maximum operating temperature of 95°F, which is slightly lower than the INIU B64's maximum of 104°F, suggesting the INIU B64 can operate in warmer conditions.
Defines the highest ambient temperature the power bank can operate safely.
In the battle of Operating Temperature Maximum,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
9.0 °F
measurement.
Don’t keep it to yourself — be the first to react and review the
Operating Temperature Maximum on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
The Anker 737 is intended for a broader range of uses including Smartphone, Tablet, Laptop Charging, Travel Backup, and Emergency Power, while the INIU B64 excludes Emergency Power from its intended use cases.
Describes the primary usage scenarios the power bank is designed for.
In the battle of Intended Use Case,
Anker 737 ◉ is
same as
INIU B64 ◉
.
Don’t keep it to yourself — be the first to react and review the
Intended Use Case on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Finish Type
What type of finish does it have?
45
Anker 737
0Votes
Textured
36
INIU B64
0Votes
Matte
vs
Finish Type
The Anker 737 features a Textured finish type, while the INIU B64 comes with a Matte finish, offering different tactile experiences.
Describes the surface finish of the exterior shell.
In the battle of Finish Type,
Anker 737 ◉ is
better than
INIU B64 ◉
, delivering
higher
9 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Finish Type on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Product Type
What is the product type?
45
Anker 737
0Votes
Power Bank
46
INIU B64
0Votes
Power Bank
vs
Product Type
Both the Anker 737 and the INIU B64 are classified as Power Banks, serving the same primary product type for users.
Identifies the functional category of the portable charging device.
In the battle of Product Type,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Product Type on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Release Year
What is the release year?
60
Anker 737
0Votes
2022
71
INIU B64
0Votes
2023
Indicates the year the product was first released to market.
In the battle of Release Year,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
11 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Release Year on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Country of Origin
Where is this product made?
35
Anker 737
0Votes
China
36
INIU B64
0Votes
China
States the country where the product is manufactured or assembled.
In the battle of Country of Origin,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Country of Origin on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Rugged Design
Does it have a rugged design?
No
0Votes
Anker 737
No
0Votes
INIU B64
Indicates whether the power bank is built for enhanced durability.
Don’t keep it to yourself — be the first to react and review the
Rugged Design on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Waterproof Rating
What is the waterproof rating?
Who knows?
0Votes
Anker 737
(Help us out by suggesting one!)
Who knows?
0Votes
INIU B64
(Help us out by suggesting one!)
Shows the level of water resistance certification.
Don’t keep it to yourself — be the first to react and review the
Waterproof Rating on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Dustproof Rating
What is the dustproof rating?
Who knows?
0Votes
Anker 737
(Help us out by suggesting one!)
Who knows?
0Votes
INIU B64
(Help us out by suggesting one!)
Indicates protection against dust ingress.
Don’t keep it to yourself — be the first to react and review the
Dustproof Rating on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Operating Temperature Minimum
What is the minimum operating temperature?
32
°F
0Votes
32
°F
0Votes
Defines the lowest ambient temperature the power bank can operate safely.
In the battle of Operating Temperature Minimum,
Anker 737 ◉ is
same as
INIU B64 ◉
, delivering
equal
32.00 °F
measurement.
Don’t keep it to yourself — be the first to react and review the
Operating Temperature Minimum on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Storage Temperature Range
What is the storage temperature range?
35
Anker 737
0Votes
32-113°F
66
INIU B64
0Votes
-4-140°F
vs
Storage Temperature Range
The Anker 737 has a storage temperature range of 32-113°F, whereas the INIU B64 offers a wider range from -4-140°F, making it more versatile for storage in varied climates.
Specifies safe temperature conditions for storing the power bank when not in use.
In the battle of Storage Temperature Range,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
31 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Storage Temperature Range on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
The Anker 737 has a battery capacity of 24000 mAh, which is 3000 mAh less than the INIU B64's 27000 mAh capacity, meaning the INIU B64 offers more power on the go.
States the total energy storage capacity of the battery cells.
In the battle of Battery Capacity,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
3,000.0 mAh
measurement.
Based on community votes for Battery Capacity,
Anker 737 ◉ earned
0 votes,
less than
INIU B64 ◉,
which got 1 votes.
INIU B64 definitely has the edge with its larger battery capacity, which means more power on the go. I appreciate having those extra mAh for my devices.
The Anker 737 has a self-discharge rate of 2%, which is slightly lower than the INIU B64's 3%, meaning the Anker 737 retains its charge slightly better when not in use.
Indicates how much charge is lost when not in use.
In the battle of Self-Discharge Rate,
Anker 737 ◉ is
better than
INIU B64 ◉
, delivering
lower
1.0 %
measurement.
Don’t keep it to yourself — be the first to react and review the
Self-Discharge Rate on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Prevents battery depletion below safe voltage levels.
In the battle of Overdischarge Protection,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Overdischarge Protection on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Rated Capacity
What is the rated capacity?
24,000
mAh
0Votes
27,000
mAh
0Votes
INIU B64
The power bank has a substantial rated capacity of 27000 mAh, capable of providing multiple charges for most smartphones and other portable devices.
Indicates the usable output capacity after conversion losses.
In the battle of Rated Capacity,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
3,000.0 mAh
measurement.
Don’t keep it to yourself — be the first to react and review the
Rated Capacity on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Energy Rating
What is the energy rating?
86.4
Watt
0Votes
99.9
Watt
0Votes
vs
Energy Rating
The Anker 737 has an energy rating of 86.4 Watts, which is slightly lower than the INIU B64's 99.9 Watt energy rating, indicating the INIU B64 can deliver more total energy.
Measures total energy stored expressed in watt-hours.
In the battle of Energy Rating,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
13.5 Watt
measurement.
Don’t keep it to yourself — be the first to react and review the
Energy Rating on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Standby Power Loss
How much power is lost in standby?
0.36
Watt
0Votes
0.3
Watt
0Votes
vs
Standby Power Loss
The Anker 737 has a standby power loss of 0.36 Watts, which is higher than the INIU B64's 0.3 Watts, meaning the INIU B64 is more energy-efficient when idle.
Measures power lost while the unit is idle.
In the battle of Standby Power Loss,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
higher
0.1 Watt
measurement.
Don’t keep it to yourself — be the first to react and review the
Standby Power Loss on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Cycle Life Rating
What is the cycle life rating?
25
Anker 737
0Votes
300–500 Cycles
46
INIU B64
1Votes
500–800 Cycles
vs
Cycle Life Rating
The Anker 737 has a cycle life rating of 300–500 Cycles, whereas the INIU B64 boasts a longer cycle life rating of 500–800 Cycles, suggesting greater longevity for the INIU B64.
Indicates the estimated number of full charge cycles the battery can complete before noticeable capacity degradation.
In the battle of Cycle Life Rating,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
21 score
measurement.
Based on community votes for Cycle Life Rating,
Anker 737 ◉ earned
0 votes,
less than
INIU B64 ◉,
which got 1 votes.
The longer cycle life rating of the INIU B64 is a big factor for me. It means this power bank will last much longer through more recharges.
See more
Battery Chemistry
What battery chemistry is used?
55
Anker 737
0Votes
Lithium-Polymer
56
INIU B64
0Votes
Lithium-Polymer
Defines the chemical composition of the battery cells.
In the battle of Battery Chemistry,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Battery Chemistry on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Cell Count
How many battery cells are used?
41
Anker 737
0Votes
6
42
INIU B64
0Votes
6
Shows the number of battery cells inside the power bank.
In the battle of Cell Count,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Cell Count on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Battery Voltage
What is the battery voltage?
3.6
Volt
0Votes
3.6
Volt
0Votes
Indicates the nominal voltage of the battery pack.
In the battle of Battery Voltage,
Anker 737 ◉ is
same as
INIU B64 ◉
, delivering
equal
3.60 Volt
measurement.
Don’t keep it to yourself — be the first to react and review the
Battery Voltage on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Battery Configuration
What is the battery configuration?
75
Anker 737
0Votes
Series Configuration
81
INIU B64
0Votes
Series-Parallel Configuration
vs
Battery Configuration
The Anker 737 uses a Series Configuration for its battery, while the INIU B64 utilizes a Series-Parallel Configuration, which can impact power delivery and efficiency.
Describes how battery cells are electrically arranged to achieve desired voltage and capacity.
In the battle of Battery Configuration,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
6 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Battery Configuration on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Battery Protection System
Does it include a battery protection system?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Confirms presence of integrated battery protection circuitry.
In the battle of Battery Protection System,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Battery Protection System on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
The Anker 737 offers a charging efficiency of 87%, which is marginally lower than the INIU B64's 88%, indicating the INIU B64 converts a tiny bit more input power to stored energy.
Measures how efficiently input power is converted to stored energy.
In the battle of Charging Efficiency,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1.0 %
measurement.
Don’t keep it to yourself — be the first to react and review the
Charging Efficiency on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
The Anker 737 has a faster charging time of 1.5 hours, compared to the INIU B64 which requires 2 hours to fully charge, making the Anker 737 quicker to replenish.
Estimates total time required to fully recharge the power bank.
In the battle of Charging Time,
Anker 737 ◉ is
better than
INIU B64 ◉
, delivering
lower
0.5 hour
measurement.
Based on community votes for Charging Time,
Anker 737 ◉ earned
1 votes,
more than
INIU B64 ◉,
which got 0 votes.
The Anker 737 features one input port, while the INIU B64 provides two input ports, allowing for more flexible charging options for the INIU B64.
Indicates how many input ports are available for charging.
In the battle of Input Port Count,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
21 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Input Port Count on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Input Port Type
What input port types are supported?
85
Anker 737
0Votes
USB-C
86
INIU B64
0Votes
USB-C
Anker 737
The power bank features a USB-C input port, allowing for fast and reversible charging of the unit itself.
Identifies the physical port types used to recharge the power bank.
In the battle of Input Port Type,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Input Port Type on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Maximum Input Power
What is the maximum input power?
140
Watt
0Votes
140
Watt
0Votes
INIU B64
The power bank supports a maximum input power of 140 Watt, allowing for very fast recharging of the power bank itself when used with a compatible high-power adapter.
Shows the maximum power the power bank can accept while charging.
In the battle of Maximum Input Power,
Anker 737 ◉ is
same as
INIU B64 ◉
, delivering
equal
140.00 Watt
measurement.
Don’t keep it to yourself — be the first to react and review the
Maximum Input Power on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Input Voltage Range
What input voltage range is supported?
85
Anker 737
0Votes
5–28V
86
INIU B64
0Votes
5–28V
Specifies the supported voltage range for charging input.
In the battle of Input Voltage Range,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Input Voltage Range on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Input Current Rating
What is the input current rating?
5
Amp
0Votes
5
Amp
0Votes
Defines the maximum current the power bank can draw during charging.
In the battle of Input Current Rating,
Anker 737 ◉ is
same as
INIU B64 ◉
, delivering
equal
5.00 Amp
measurement.
Don’t keep it to yourself — be the first to react and review the
Input Current Rating on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Fast Input Charging
Does it support fast input charging?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Indicates whether fast-charging input standards are supported.
In the battle of Fast Input Charging,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Fast Input Charging on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Pass-Through Charging
Does it support pass-through charging?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Allows the power bank to charge devices while being charged itself.
In the battle of Pass-Through Charging,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Pass-Through Charging on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
51
INIU B64
0Votes
Power Delivery, Quick Charge, PPS
vs
Fast Charging Technology
The Anker 737 supports Power Delivery and PPS fast charging technologies, whereas the INIU B64 includes those plus Quick Charge, offering broader compatibility with various fast-charging devices.
Lists supported fast-charging standards.
In the battle of Fast Charging Technology,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Fast Charging Technology on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Automatically detects connected devices to optimize power output.
In the battle of Load Detection,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Load Detection on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Maximum Output Power
What is the maximum output power?
140
Watt
0Votes
140
Watt
0Votes
Anker 737
The power bank delivers a maximum output power of 140 Watt, capable of fast-charging demanding devices like laptops.
Shows the highest power level supported by a single output.
In the battle of Maximum Output Power,
Anker 737 ◉ is
same as
INIU B64 ◉
, delivering
equal
140.00 Watt
measurement.
Don’t keep it to yourself — be the first to react and review the
Maximum Output Power on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Simultaneous Device Charging
Can it charge multiple devices simultaneously?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Anker 737
This power bank allows for simultaneous charging of multiple devices, increasing convenience and efficiency.
Indicates whether multiple devices can be charged at once.
In the battle of Simultaneous Device Charging,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Simultaneous Device Charging on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Total Output Power
What is the total output power?
140
Watt
0Votes
140
Watt
0Votes
Measures the combined power available when using multiple ports.
In the battle of Total Output Power,
Anker 737 ◉ is
same as
INIU B64 ◉
, delivering
equal
140.00 Watt
measurement.
Don’t keep it to yourself — be the first to react and review the
Total Output Power on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Output Voltage Range
What output voltage range is supported?
85
Anker 737
0Votes
5–28V
86
INIU B64
0Votes
5–28V
Defines the voltage levels supported for device charging.
In the battle of Output Voltage Range,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Output Voltage Range on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Output Current Rating
What is the output current rating?
5
Watt
0Votes
140
Watt
0Votes
vs
Output Current Rating
The Anker 737 has an output current rating of 5 Watts, while the INIU B64 offers a significantly higher rating of 140 Watts, allowing the INIU B64 to deliver much more power to connected devices.
Represents the power delivery capability under load conditions.
In the battle of Output Current Rating,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
135.0 Watt
measurement.
Don’t keep it to yourself — be the first to react and review the
Output Current Rating on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Power Distribution Control
Does it manage power distribution automatically?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Ensures balanced power delivery across connected devices.
In the battle of Power Distribution Control,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Power Distribution Control on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Low-Power Device Mode
Is there a low-power device mode?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Enables safe charging for small electronics like earbuds.
In the battle of Low-Power Device Mode,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Low-Power Device Mode on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Auto Shut-Off
Does it auto shut off when idle?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Automatically stops output when no device is connected.
In the battle of Auto Shut-Off,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Auto Shut-Off on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
In the battle of Samsung Charging Compatibility,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Samsung Charging Compatibility on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Programmable Power Supply
Does it support PPS charging?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Anker 737
The power bank functions as a programmable power supply, allowing for dynamic voltage and current adjustments to optimize charging for different devices.
Indicates support for Programmable Power Supply charging.
In the battle of Programmable Power Supply,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Programmable Power Supply on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Apple Charging Compatibility
Is it compatible with Apple devices?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Anker 737
The power bank is compatible with Apple devices, ensuring efficient and safe charging for iPhones, iPads, and other Apple products.
Ensures optimized charging for Apple devices.
In the battle of Apple Charging Compatibility,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Apple Charging Compatibility on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Wearable Device
Does it support wearable devices?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
INIU B64
The power bank is designed to be compatible with wearable devices, providing a safe and efficient charging solution for smartwatches, fitness trackers, and similar gadgets.
Indicates compatibility with smartwatches and wearables.
In the battle of Wearable Device,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Wearable Device on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Backward Compatibility
Is it backward compatible?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
INIU B64
This power bank offers backward compatibility, meaning it can safely charge older devices using previous charging standards.
Ensures support for older devices and standards.
In the battle of Backward Compatibility,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Backward Compatibility on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
USB Power Delivery
Does it support USB Power Delivery?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Indicates support for the USB Power Delivery fast charging standard.
In the battle of USB Power Delivery,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
USB Power Delivery on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Quick Charge
Is Quick Charge supported?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Confirms compatibility with Qualcomm Quick Charge standards.
In the battle of Quick Charge,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Quick Charge on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Laptop Charging
Can it charge laptops?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Indicates ability to charge laptops via USB-C output.
In the battle of Laptop Charging,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Laptop Charging on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Tablet Charging
Can it charge tablets?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Confirms reliable charging for tablets and large devices.
In the battle of Tablet Charging,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Tablet Charging on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
The Anker 737 weighs 1.39 lbs, which is only slightly heavier than the INIU B64 at 1.38 lbs, making both products similarly portable in terms of weight.
Indicates how heavy the power bank is for portability.
In the battle of Weight,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
equal
1.39 lbs
measurement.
Don’t keep it to yourself — be the first to react and review the
Weight on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Who knows?
0Votes
Anker 737
(Help us out by suggesting one!)
3
ft
0Votes
vs
Drop Resistance Height
The Anker 737 does not specify a drop resistance height, but the INIU B64 is rated for a 3 ft drop resistance height, offering a clearer durability expectation.
Specifies the maximum drop height the device can withstand.
Don’t keep it to yourself — be the first to react and review the
Drop Resistance Height on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
The Anker 737 does not specify scratch resistance, but the INIU B64 explicitly states it has scratch resistance, which is beneficial for maintaining its appearance.
Indicates whether the exterior surface is resistant to scratches from daily handling and transport.
In the battle of Scratch Resistance,
Anker 737 ◉ is
worse than
INIU B64 ◉
.
Don’t keep it to yourself — be the first to react and review the
Scratch Resistance on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Structural Reinforcement
Is there structural reinforcement?
No
0Votes
Anker 737
Yes
0Votes
INIU B64
INIU B64
Structural reinforcement is incorporated into the design, enhancing the overall durability and resistance to everyday wear and tear.
Indicates added reinforcement for improved durability.
In the battle of Structural Reinforcement,
Anker 737 ◉ is
worse than
INIU B64 ◉
.
Don’t keep it to yourself — be the first to react and review the
Structural Reinforcement on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Impact Resistance Rating
What is the impact resistance rating?
0
Anker 737
0Votes
Low Impact Resistance
46
INIU B64
1Votes
Moderate Impact Resistance
vs
Impact Resistance Rating
The Anker 737 has Low Impact Resistance, whereas the INIU B64 offers Moderate Impact Resistance, indicating the INIU B64 is designed to withstand more physical stress.
Indicates the ability of the power bank to withstand shocks and physical impacts.
In the battle of Impact Resistance Rating,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
46 score
measurement.
Based on community votes for Impact Resistance Rating,
Anker 737 ◉ earned
0 votes,
less than
INIU B64 ◉,
which got 1 votes.
I need something tough, so the INIU B64's moderate impact resistance is really appealing. Anker's low resistance just won't cut it for my use.
See more
Outer Shell Material
What is the outer shell material?
40
Anker 737
0Votes
Plastic, Rubberized
36
INIU B64
0Votes
Plastic
vs
Outer Shell Material
The Anker 737 features an outer shell made of Plastic and Rubberized materials, while the INIU B64 uses only Plastic, suggesting the Anker 737 might offer a different grip or feel.
Specifies the primary material used for the exterior housing.
In the battle of Outer Shell Material,
Anker 737 ◉ is
better than
INIU B64 ◉
, delivering
higher
4 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Outer Shell Material on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Button Durability Rating
How durable are the buttons?
35
Anker 737
0Votes
Good
36
INIU B64
0Votes
Good
Indicates the overall durability and longevity of the physical buttons based on build quality and expected usage.
In the battle of Button Durability Rating,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Button Durability Rating on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Port Reinforcement
Are the ports reinforced?
No
0Votes
Anker 737
Yes
0Votes
INIU B64
vs
Port Reinforcement
The Anker 737 does not specify port reinforcement, but the INIU B64 explicitly includes port reinforcement, which can improve the longevity of its connection points.
Indicates reinforced charging ports for extended lifespan.
In the battle of Port Reinforcement,
Anker 737 ◉ is
worse than
INIU B64 ◉
.
Don’t keep it to yourself — be the first to react and review the
Port Reinforcement on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
The Anker 737 provides user feedback alerts via both LED Light and App Notification, while the INIU B64 uses only an LED Light, offering more comprehensive alerts on the Anker 737.
Indicates how the device provides user feedback and alerts.
In the battle of User Feedback Alerts,
Anker 737 ◉ is
better than
INIU B64 ◉
, delivering
higher
37 score
measurement.
Don’t keep it to yourself — be the first to react and review the
User Feedback Alerts on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
The Anker 737 has an indicator accuracy of 1%, whereas the INIU B64 offers a significantly higher indicator accuracy of 95%. Customers seeking a more precise battery level display might prefer the INIU B64.
Measures how accurately the indicator reflects actual remaining power.
In the battle of Indicator Accuracy,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
94.0 %
measurement.
Don’t keep it to yourself — be the first to react and review the
Indicator Accuracy on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Button Type
What type of button does it use?
25
Anker 737
0Votes
Physical Button
26
INIU B64
0Votes
Physical Button
Anker 737
The power bank operates with a Physical Button, offering tactile feedback and reliable control.
Describes the type of button used for control.
In the battle of Button Type,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Button Type on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Button Count
How many buttons are there?
20
Anker 737
0Votes
1
21
INIU B64
0Votes
1
INIU B64
The power bank features 1 button, typically used for power on/off or checking the battery status.
Indicates the number of physical control buttons.
In the battle of Button Count,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
higher
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Button Count on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Auto Wake Feature
Does it auto wake when a device is connected?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
INIU B64
An auto wake feature allows the power bank to detect when a device is connected and begin charging automatically.
Automatically activates when a device is connected.
In the battle of Auto Wake Feature,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Auto Wake Feature on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Auto Sleep Feature
Does it auto sleep when idle?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
INIU B64
The auto sleep feature conserves battery life by putting the power bank into a low-power state when no device is connected or charging is complete.
Automatically enters sleep mode when idle to save power.
In the battle of Auto Sleep Feature,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Auto Sleep Feature on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Remaining Time Display
Does it display remaining time?
Yes
1Votes
Anker 737
No
0Votes
INIU B64
vs
Remaining Time Display
The Anker 737 includes a remaining time display, a feature not specified for the INIU B64, which means the Anker 737 provides more detailed charge status information.
Shows estimated remaining usage or charging time.
In the battle of Remaining Time Display,
Anker 737 ◉ is
better than
INIU B64 ◉
, delivering
higher
39 score
measurement.
Based on community votes for Remaining Time Display,
Anker 737 ◉ earned
1 votes,
more than
INIU B64 ◉,
which got 0 votes.
A fail-safe shutdown mechanism is in place, automatically turning off the power bank in case of critical malfunctions to prevent damage or safety hazards.
Automatically shuts down under critical fault conditions.
In the battle of Fail-Safe Shutdown,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Fail-Safe Shutdown on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Dynamically manages power to maintain safe operation.
In the battle of Smart Power Management,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Smart Power Management on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Surge Protection
Is surge protection included?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
INIU B64
Surge protection guards both the power bank and connected devices against sudden spikes in electrical voltage, ensuring stable and secure operation.
Protects against sudden power surges.
In the battle of Surge Protection,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Surge Protection on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Short Circuit Protection
Does it have short circuit protection?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Prevents damage when a short circuit is detected.
In the battle of Short Circuit Protection,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Short Circuit Protection on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Overvoltage Protection
Does it include overvoltage protection?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Prevents voltage levels from exceeding safe limits.
In the battle of Overvoltage Protection,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Overvoltage Protection on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Temperature Monitoring
Is temperature monitored internally?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Continuously monitors internal temperature.
In the battle of Temperature Monitoring,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Temperature Monitoring on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Foreign Object Detection
Does it detect foreign objects?
No
0Votes
Anker 737
No
0Votes
INIU B64
Detects abnormal objects or unsafe connections.
In the battle of Foreign Object Detection,
Anker 737 ◉ is
same as
INIU B64 ◉
.
Don’t keep it to yourself — be the first to react and review the
Foreign Object Detection on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Electrostatic Discharge Protection
Does it protect against static discharge?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Protects internal circuits from static electricity.
In the battle of Electrostatic Discharge Protection,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Electrostatic Discharge Protection on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Safety Certification
What safety certifications does it have?
63
Anker 737
0Votes
CE, FCC, RoHS
65
INIU B64
0Votes
CE, FCC, RoHS
vs
Safety Certification
Both the Anker 737 and the INIU B64 carry CE, FCC, and RoHS safety certifications, ensuring compliance with common international standards.
Lists recognized safety and compliance certifications.
In the battle of Safety Certification,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
2 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Safety Certification on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Fire Protection Circuit
Does it include fire protection circuitry?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Includes circuitry designed to prevent fire hazards.
In the battle of Fire Protection Circuit,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Fire Protection Circuit on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Safety Firmware
Is safety firmware implemented?
Yes
0Votes
Anker 737
No
0Votes
INIU B64
Uses firmware logic to manage and enforce safety rules.
In the battle of Safety Firmware,
Anker 737 ◉ is
better than
INIU B64 ◉
, delivering
higher
39 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Safety Firmware on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Indicates whether the power bank includes an integrated thermal management system.
In the battle of Thermal Management System,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Thermal Management System on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Thermal Cutoff Threshold
At what temperature does it shut down?
149
°F
0Votes
140
°F
0Votes
vs
Thermal Cutoff Threshold
The Anker 737 has a thermal cutoff threshold of 149°F, which is higher than the INIU B64's 140°F, allowing the Anker 737 to operate at slightly higher internal temperatures before safety shutdown.
Indicates the temperature at which the system shuts down to prevent damage.
In the battle of Thermal Cutoff Threshold,
Anker 737 ◉ is
better than
INIU B64 ◉
, delivering
higher
9.0 °F
measurement.
Don’t keep it to yourself — be the first to react and review the
Thermal Cutoff Threshold on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Heat Spread Layer
Is there a heat spread layer?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Anker 737
A heat spread layer is incorporated into the design to efficiently distribute thermal energy, preventing hot spots and enhancing device longevity.
INIU B64
A heat spread layer is integrated, which effectively distributes heat across the internal components to prevent localized hotspots and ensure consistent performance.
Indicates the use of internal layers to evenly distribute heat.
In the battle of Heat Spread Layer,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Heat Spread Layer on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Overheat Recovery Behavior
How does it recover from overheating?
25
Anker 737
0Votes
Cooldown Required
66
INIU B64
1Votes
Automatic Resume
vs
Overheat Recovery Behavior
In case of overheating, the Anker 737 requires a cooldown, while the INIU B64 features automatic resume, making the INIU B64 more convenient for recovery.
Defines how the system recovers after an overheat shutdown.
In the battle of Overheat Recovery Behavior,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
41 score
measurement.
Based on community votes for Overheat Recovery Behavior,
Anker 737 ◉ earned
0 votes,
less than
INIU B64 ◉,
which got 1 votes.
I like that the INIU B64 has automatic resume after overheating. It seems more convenient than needing a full cooldown like the Anker 737.
See more
Internal Heat Sink
Is there an internal heat sink?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
INIU B64
An internal heat sink is incorporated into the design, efficiently dissipating heat to maintain optimal operating temperatures and enhance device longevity.
Indicates the presence of an internal heat sink to absorb and spread heat.
In the battle of Internal Heat Sink,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Internal Heat Sink on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Thermal Sensor Count
How many thermal sensors are used?
75
Anker 737
1Votes
3
56
INIU B64
0Votes
2
vs
Thermal Sensor Count
The Anker 737 is equipped with 3 thermal sensors, one more than the INIU B64's 2 thermal sensors, suggesting potentially more precise temperature monitoring in the Anker 737.
Specifies how many thermal sensors are used for temperature monitoring.
In the battle of Thermal Sensor Count,
Anker 737 ◉ is
better than
INIU B64 ◉
, delivering
higher
19 score
measurement.
Based on community votes for Thermal Sensor Count,
Anker 737 ◉ earned
1 votes,
more than
INIU B64 ◉,
which got 0 votes.
The Anker 737 uses Passive Cooling and a Metal Chassis for heat dissipation, while the INIU B64 incorporates Passive Cooling, a Heat Spreader, and a Graphite Sheet, indicating potentially more advanced thermal management in the INIU B64.
Describes how heat is dispersed away from internal components.
In the battle of Heat Dissipation Method,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
21 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Heat Dissipation Method on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Thermal Throttling
Does it support thermal throttling?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Reduces power output automatically to prevent overheating.
In the battle of Thermal Throttling,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Thermal Throttling on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Surface Temperature Control
Is surface temperature controlled?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Limits external surface temperature for safe handling.
In the battle of Surface Temperature Control,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Surface Temperature Control on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Discharge Temperature Regulation
Is discharge temperature regulated?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Controls temperature while powering external devices.
In the battle of Discharge Temperature Regulation,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Discharge Temperature Regulation on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
The Anker 737 features remote status monitoring, a capability not specified for the INIU B64, allowing Anker 737 users to check its status from afar.
Allows users to check power bank status remotely.
In the battle of Remote Status Monitoring,
Anker 737 ◉ is
better than
INIU B64 ◉
, delivering
higher
39 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Remote Status Monitoring on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Bluetooth Connectivity
Does it support Bluetooth connectivity?
Yes
1Votes
Anker 737
No
0Votes
INIU B64
vs
Bluetooth Connectivity
The Anker 737 includes Bluetooth Connectivity, a feature not specified for the INIU B64, which may enable smart functions or app integration for the Anker 737.
Indicates whether the power bank can connect wirelessly to other devices.
In the battle of Bluetooth Connectivity,
Anker 737 ◉ is
better than
INIU B64 ◉
, delivering
higher
39 score
measurement.
Based on community votes for Bluetooth Connectivity,
Anker 737 ◉ earned
1 votes,
more than
INIU B64 ◉,
which got 0 votes.
Having Bluetooth connectivity on the Anker 737 is a game-changer. I love being able to check stats and update firmware from my phone.
See more
Firmware Upgradable
Can the firmware be updated?
Yes
0Votes
Anker 737
No
0Votes
INIU B64
vs
Firmware Upgradable
The Anker 737 is firmware upgradable, a capability not specified for the INIU B64, meaning the Anker 737 can receive software improvements over time.
Indicates whether firmware can be updated to improve functionality.
In the battle of Firmware Upgradable,
Anker 737 ◉ is
better than
INIU B64 ◉
, delivering
higher
39 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Firmware Upgradable on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Smart Power Monitoring
Does it offer smart power monitoring?
Yes
0Votes
Anker 737
No
0Votes
INIU B64
vs
Smart Power Monitoring
The Anker 737 supports smart power monitoring, a feature not specified for the INIU B64, allowing users of the Anker 737 to track and manage power usage intelligently.
Provides real-time monitoring of power flow and usage.
In the battle of Smart Power Monitoring,
Anker 737 ◉ is
better than
INIU B64 ◉
, delivering
higher
39 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Smart Power Monitoring on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Device Usage Analytics
Does it provide usage analytics?
Yes
0Votes
Anker 737
No
0Votes
INIU B64
vs
Device Usage Analytics
The Anker 737 offers device usage analytics, a feature not specified for the INIU B64, providing users with insights into their charging habits and device performance.
Tracks connected device charging behavior and patterns.
In the battle of Device Usage Analytics,
Anker 737 ◉ is
better than
INIU B64 ◉
, delivering
higher
39 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Device Usage Analytics on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Charging History Tracking
Is charging history tracked?
Yes
0Votes
Anker 737
No
0Votes
INIU B64
vs
Charging History Tracking
The Anker 737 enables charging history tracking, which is not specified for the INIU B64, allowing users to review past charging sessions with the Anker 737.
Records past charging sessions for review.
In the battle of Charging History Tracking,
Anker 737 ◉ is
better than
INIU B64 ◉
, delivering
higher
39 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Charging History Tracking on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Smart Alerts
Are smart alerts available?
Yes
0Votes
Anker 737
No
0Votes
INIU B64
vs
Smart Alerts
The Anker 737 provides smart alerts, which are not specified for the INIU B64, offering users proactive notifications for various operational statuses.
Sends alerts for battery status, faults, or charging completion.
In the battle of Smart Alerts,
Anker 737 ◉ is
better than
INIU B64 ◉
, delivering
higher
39 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Smart Alerts on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Environmental & Efficiency
7
Automatic Power Optimization
Does it optimize power automatically?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
INIU B64
The power bank features automatic power optimization, intelligently adjusting its output to match the connected device's needs for efficient charging.
Automatically adjusts output to reduce energy waste.
In the battle of Automatic Power Optimization,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Automatic Power Optimization on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Energy Conversion Efficiency
What is the energy conversion efficiency?
88
%
0Votes
88
%
0Votes
Measures how efficiently stored energy is converted into usable output power.
In the battle of Energy Conversion Efficiency,
Anker 737 ◉ is
same as
INIU B64 ◉
, delivering
equal
88.00 %
measurement.
Don’t keep it to yourself — be the first to react and review the
Energy Conversion Efficiency on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Idle Power Consumption
How much power is used while idle?
0.1
Watt
0Votes
0.2
Watt
0Votes
vs
Idle Power Consumption
The Anker 737 has an idle power consumption of 0.1 Watts, which is lower than the INIU B64's 0.2 Watts, indicating the Anker 737 is slightly more energy-efficient when not in use.
Indicates how much power is consumed when the power bank is not actively charging devices.
In the battle of Idle Power Consumption,
Anker 737 ◉ is
better than
INIU B64 ◉
, delivering
lower
0.1 Watt
measurement.
Don’t keep it to yourself — be the first to react and review the
Idle Power Consumption on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Eco Mode
Does it support eco mode?
No
0Votes
Anker 737
No
0Votes
INIU B64
Enables reduced power usage to improve efficiency and battery longevity.
In the battle of Eco Mode,
Anker 737 ◉ is
same as
INIU B64 ◉
.
Don’t keep it to yourself — be the first to react and review the
Eco Mode on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Sustainable Materials
Does it use sustainable materials?
No
0Votes
Anker 737
No
0Votes
INIU B64
Indicates use of environmentally friendly or recycled materials.
In the battle of Sustainable Materials,
Anker 737 ◉ is
same as
INIU B64 ◉
.
Don’t keep it to yourself — be the first to react and review the
Sustainable Materials on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Recycling Program
Is a recycling program supported?
Yes
0Votes
Anker 737
No
0Votes
INIU B64
vs
Recycling Program
The Anker 737 is part of a recycling program, a detail not specified for the INIU B64, showing a commitment to environmental responsibility for the Anker 737.
Indicates manufacturer support for recycling or take-back programs.
In the battle of Recycling Program,
Anker 737 ◉ is
better than
INIU B64 ◉
, delivering
higher
39 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Recycling Program on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Environmental Certification
What environmental certifications does it have?
Who knows?
0Votes
Anker 737
(Help us out by suggesting one!)
Who knows?
0Votes
INIU B64
(Help us out by suggesting one!)
Lists recognized environmental or sustainability certifications.
Don’t keep it to yourself — be the first to react and review the
Environmental Certification on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
A charging cable is included in the package, providing immediate connectivity for recharging devices or the power bank itself.
INIU B64
A charging cable is supplied with the power bank, ensuring you have the necessary accessory to begin charging your devices or recharging the power bank.
Indicates whether a charging cable is included in the box.
In the battle of Charging Cable,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Charging Cable on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Who knows?
0Votes
INIU B64
(Help us out by suggesting one!)
vs
Package Height
The Anker 737 has a package height of 7.5 inches, a specification not available for the INIU B64, preventing a complete comparison of their package dimensions.
Measures the height of the retail packaging.
Don’t keep it to yourself — be the first to react and review the
Package Height on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Cable Length
What is the cable length?
2
ft
0Votes
1.6
ft
0Votes
vs
Cable Length
The Anker 737 includes a charging cable with a length of 2 ft, which is longer than the INIU B64's 1.6 ft cable, offering more reach for the Anker 737.
Specifies the length of the included charging cable.
In the battle of Cable Length,
Anker 737 ◉ is
better than
INIU B64 ◉
, delivering
higher
0.4 ft
measurement.
Don’t keep it to yourself — be the first to react and review the
Cable Length on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
User Manual
Is a user manual included?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
INIU B64
A user manual is included, providing detailed instructions on how to use and maintain the power bank safely and effectively.
Indicates whether a user manual or guide is provided.
In the battle of User Manual,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
User Manual on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Wall Adapter
Is a wall adapter included?
No
0Votes
Anker 737
No
0Votes
INIU B64
Indicates whether a wall charging adapter is provided.
In the battle of Wall Adapter,
Anker 737 ◉ is
same as
INIU B64 ◉
.
Don’t keep it to yourself — be the first to react and review the
Wall Adapter on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Adapter Power Rating
What is the adapter power rating?
Who knows?
0Votes
Anker 737
(Help us out by suggesting one!)
Who knows?
0Votes
INIU B64
(Help us out by suggesting one!)
Specifies the power output of the included wall adapter.
Don’t keep it to yourself — be the first to react and review the
Adapter Power Rating on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Package Width
What is the package width?
4.5
inch
0Votes
Who knows?
0Votes
INIU B64
(Help us out by suggesting one!)
vs
Package Width
The Anker 737 specifies a package width of 4.5 inches, while this dimension is not available for the INIU B64, making direct comparison of packaging size difficult.
Measures the width of the retail packaging.
Don’t keep it to yourself — be the first to react and review the
Package Width on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Package Depth
What is the package depth?
2.5
inch
0Votes
Who knows?
0Votes
INIU B64
(Help us out by suggesting one!)
vs
Package Depth
The Anker 737's package depth is 2.5 inches, a detail not specified for the INIU B64, so packaging size for the INIU B64 cannot be compared.
Measures the depth of the retail packaging.
Don’t keep it to yourself — be the first to react and review the
Package Depth on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
53
Anker 737
0Votes
Email, Phone, Live Chat, App Support
36
INIU B64
0Votes
Email
vs
Support Channels
The Anker 737 provides multiple support channels including Email, Phone, Live Chat, and App Support, while the INIU B64 only lists Email, offering more diverse assistance options for the Anker 737.
Lists available customer support contact methods.
In the battle of Support Channels,
Anker 737 ◉ is
better than
INIU B64 ◉
, delivering
higher
17 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Support Channels on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
The Anker 737 comes with a 24-month warranty, which is shorter than the INIU B64's 36-month warranty, offering a longer period of coverage for the INIU B64.
Indicates the duration of the manufacturer warranty.
In the battle of Warranty Length,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
11 score
measurement.
Based on community votes for Warranty Length,
Anker 737 ◉ earned
0 votes,
less than
INIU B64 ◉,
which got 1 votes.
Indicates eligibility for replacement in case of defects.
In the battle of Replacement Policy,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Replacement Policy on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Technical Support Availability
Is technical support available?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Anker 737
Technical support is available to assist users with any product-related queries or issues.
Confirms access to technical support services.
In the battle of Technical Support Availability,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Technical Support Availability on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Battery Warranty Coverage
Is the battery covered by warranty?
Yes
0Votes
Anker 737
Yes
0Votes
INIU B64
Indicates whether the battery itself is covered under warranty.
In the battle of Battery Warranty Coverage,
Anker 737 ◉ is
worse than
INIU B64 ◉
, delivering
lower
1 score
measurement.
Don’t keep it to yourself — be the first to react and review the
Battery Warranty Coverage on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Repair Service Availability
Are repair services available?
No
0Votes
Anker 737
No
0Votes
INIU B64
Confirms whether repair services are offered.
In the battle of Repair Service Availability,
Anker 737 ◉ is
same as
INIU B64 ◉
.
Don’t keep it to yourself — be the first to react and review the
Repair Service Availability on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Firmware Support Duration
How long is firmware support provided?
3
years
0Votes
Who knows?
0Votes
INIU B64
(Help us out by suggesting one!)
vs
Firmware Support Duration
The Anker 737 offers a firmware support duration of 3 years, a detail not specified for the INIU B64, providing a clear expectation of long-term software support for the Anker 737.
Indicates how long the manufacturer provides firmware updates and software support.
Don’t keep it to yourself — be the first to react and review the
Firmware Support Duration on Anker 737 ◉
vs INIU B64 ◉ and help others decide!
Surveys
Because hot takes deserve votes.
Charging Speed Performance
How fast does this power bank recharge devices in everyday use?
Ultra fast charging — Under 1.5 hours
0Votes
0Votes
Very fast charging — 1.5 to 3 hours
0Votes
0Votes
Moderate charging — 3 to 5 hours
0Votes
0Votes
Slow charging — 5 to 8 hours
0Votes
0Votes
Very slow charging — Over 8 hours
0Votes
0Votes
Battery Capacity Satisfaction
How satisfied are you with the battery capacity of this power bank for daily needs?
Massive capacity for multiple days — Over 30000 mAh
0Votes
0Votes
Very high capacity — 20000 to 30000 mAh
0Votes
0Votes
Solid everyday capacity — 10000 to 19999 mAh
0Votes
0Votes
Limited capacity — 5000 to 9999 mAh
0Votes
0Votes
Barely useful capacity — Under 5000 mAh
0Votes
0Votes
Output Power and Device Support
How well does this power bank handle charging different devices at once?
Handles everything with ease — 100 W or more
0Votes
0Votes
Strong multi device support — 60 to 99 W
0Votes
0Votes
Good for phones and tablets — 30 to 59 W
0Votes
0Votes
Basic output only — 15 to 29 W
0Votes
0Votes
Struggles with most devices — Under 15 W
0Votes
0Votes
Port Selection and Flexibility
How flexible is this power bank when it comes to charging ports?
Covers all modern needs — USB C and USB A with fast charge
0Votes
0Votes
Very versatile — Multiple USB C and USB A ports
0Votes
0Votes
Good variety — USB C and USB A basic support
0Votes
0Votes
Limited options — Single USB C or USB A port
0Votes
0Votes
Very restrictive — One slow USB port only
0Votes
0Votes
Size and Portability
How easy is this power bank to carry around daily?
Pocket friendly and lightweight — Under 8 ounces
0Votes
0Votes
Easy to carry — 8 to 12 ounces
0Votes
0Votes
Manageable but noticeable — 12 to 18 ounces
0Votes
0Votes
Bulky for daily carry — 18 to 24 ounces
0Votes
0Votes
Too heavy to carry around — Over 24 ounces
0Votes
0Votes
Build Quality and Durability
How durable does this power bank feel during regular use?
Feels extremely solid and long lasting — Over 5 years expected use
0Votes
0Votes
Very durable — 3 to 5 years expected use
0Votes
0Votes
Decent build quality — 2 to 3 years expected use
0Votes
0Votes
Feels fragile — 1 to 2 years expected use
0Votes
0Votes
Cheap and unreliable — Under 1 year expected use
0Votes
0Votes
Charging Stability
How stable is the charging output from this power bank during use?
Rock solid with no drops — Voltage variation under 3 percent
0Votes
0Votes
Very stable — 3 to 5 percent variation
0Votes
0Votes
Mostly stable — 5 to 8 percent variation
0Votes
0Votes
Occasional drops — 8 to 12 percent variation
0Votes
0Votes
Unstable charging — Over 12 percent variation
0Votes
0Votes
Heat and Safety Performance
How well does this power bank control heat during charging and heavy use?
Stays cool and safe — Under 95 F
0Votes
0Votes
Slightly warm but comfortable — 95 to 104 F
0Votes
0Votes
Warm but acceptable — 104 to 113 F
0Votes
0Votes
Gets quite hot — 113 to 122 F
0Votes
0Votes
Uncomfortably hot and concerning — Over 122 F
0Votes
0Votes
Battery Efficiency
How efficiently does this power bank convert stored energy into usable charging power?
Highly efficient with minimal loss — Over 90 percent efficiency
0Votes
0Votes
Very efficient — 85 to 90 percent efficiency
0Votes
0Votes
Decent efficiency — 75 to 84 percent efficiency
0Votes
0Votes
Noticeable energy loss — 65 to 74 percent efficiency
0Votes
0Votes
Poor efficiency — Under 65 percent efficiency
0Votes
0Votes
Travel Friendliness
How convenient is this power bank for travel and daily commuting?
Perfect for travel and flights — No airline issues
0Votes
0Votes
Very travel friendly — Easy to pack and carry
0Votes
0Votes
Fine for occasional travel — Manageable size and weight
0Votes
0Votes
Awkward to carry on trips — Bulky or heavy
0Votes
0Votes
Not suitable for travel — Restricted or impractical
Supermod
Moderator
Recaptor
0
Cartling
