Thursday, 3 September 2020

HTC B0PLH100 3.85V 960mAh Replacement Battery for HTC Vive Handle Controller VR

This is a rechargeable HTC 3.85V 960mAh B0PLH100 Battery . High quality and long lifetime, this B0PLH100 battery lets you work seamlessly when you are on the move for business trips or vacations. All our Li-ion replacement batteries for HTC B0PLH100 Watch have been tested and proven to match and/or exceed original battery performance and are 100% compatible with Original Manufacturer Specifications. Every piece of our replacement battery for HTC B0PLH100 has been tested and validated on HTC systems to ensure the safety for your HTC Vive Handle Controller VR. Increased capacity extends your workable hours at the office, in meetings or classes, or while traveling.
B0PLH100 Replacement HTC B0PLH100 3.85V 960mAh Battery. Buy cheap HTC B0PLH100 Replacement Battery from batteriestore.co.uk now. We have a strict testing process to ensure that your ordered products (like this battery for HTC B0PLH100) are functionally correct before they are packed and sent to you. And before placing an order please make sure that your old original HTC B0PLH100 battery's shape is same to our batteries' images as below. Free shipping and one year warranty!
HTC B0PLH100 3.85V 960mAh Replacement Battery

Product Description:

Type :Li-ion
Brand : HTC
Voltage : 3.85V
Capacity :960mAh

TOP REASONS TO BUY FROM US

✔ Quality replacement battery with high Capacity
✔ Longer lifespan - thanks to modern Lithium technology without memory effect.
✔ Guaranteed safety: Protected against Short-circuits, Overheating and Overvoltage
✔ Each cell is separately tested in order to ensure professional standards are met.
✔ 100% compatible in replacing your original battery

Compatible Part Numbers:

BOPLH100
B0PLH100

Compatibile con i seguenti apparecchi :

HTC Vive Handle Controller VR

How to care for your B0PLH100 battery.

This is the Replacement HTC B0PLH100 Battery, You can extend the life of your B0PLH100 battery significantly through the proper care and handling of your battery.
  • Any new B0PLH100 battery should first be fully charged by leaving it plugged in overnight. Once a computer battery is fully charged it will no longer accept any more power. It is a common practice to leave Watchs plugged in after they have been turned off so that the battery has a full charge the next time you use your Watch. It is probably fully charged within 5 hours.
  • A brand new B0PLH100 Watch battery is in a weakened condition since it has not been conditioned yet. Condition and break in your new battery by performing 5 partial discharge and recharge cycles the first week you receive your new battery.
  • Run on battery power without the AC adapter cord at least once a week to keep the B0PLH100 battery cells active and at their peak potential. When your Watch is plugged into the power adapter the battery goes to 'standby mode' while your Watch runs directly on electricity from the wall outlet.
  • Even though your battery indicates it is fully charged, your battery will return to a weakened state again in a few months if it does not get some exercise through partial discharge and recharge cycles while running on battery power alone.
  • If your B0PLH100 battery has not been actively used 2 months or more, condition your battery again with 5 partial discharge & recharge cycles to increase the batteries capacity and run time.
  • Don't run your battery all the way to empty. Your battery will have a longer service life if it receives shallow discharge and recharge cycles. Research has shown that the useful life of the battery will be much longer if you begin to recharge the battery any time before reaching 20% of the remaining power capacity. Recharging the B0PLH100 battery even after 10 minutes will not reduce the battery's life span as lithium batteries do not have the memory effect which was found in older NiCad battery technology. NiCad batteries have never been used in Watchs, even the earliest models.
  • Never run your battery below the 2% critically low warning point. If your battery is run below this point it may not have enough energy to even recharge. This may effectively 'kill' your B0PLH100 battery.

How can I extend your battery run time?

You can extend your B0PLH100 battery run time by minimizing the power drain on your battery. A 3 cell battery will run approximately 2 to 2-1/2 hours when the battery is new. Even longer times can be achieved by minimizing the power consumption of your laptop. Here are the top ways to reduce your power consumption.
  • Avoid using the CD or DVD drive as the motor consumes a fair amount of power.
  • Turn off your wireless finder if you are not using the internet.
  • Remove any devices plugged into your USB ports or other ports.
  • Close out programs you are not using. By minimizing the load on your CPU, sometimes you can avoid having the cooling fan turn to its high speed mode.
  • Increase your memory to 4 Gigabytes. This creates less work for your hard drive. Data is temporarily written to your hard drive when your memory is not sufficient to hold all the data on the many pages you may be accessing.
  • Reduce the brightness of your laptop screen. This is the number one drain on your battery by far.

Prodotti popolari

HTC B2PYV100 3.85V 740mAh/2.84Wh Replacement Battery for HTC Vive Tracker Acumulator 3 Wire Plug

This is a rechargeable HTC 3.85V 740mAh/2.84Wh B2PYV100 Battery . High quality and long lifetime, this B2PYV100 battery lets you work seamlessly when you are on the move for business trips or vacations. All our Li-ion replacement batteries for HTC B2PYV100 Watch have been tested and proven to match and/or exceed original battery performance and are 100% compatible with Original Manufacturer Specifications. Every piece of our replacement battery for HTC B2PYV100 has been tested and validated on HTC systems to ensure the safety for your HTC Vive Tracker Acumulator 3 Wire Plug. Increased capacity extends your workable hours at the office, in meetings or classes, or while traveling.
B2PYV100 Replacement HTC B2PYV100 3.85V 740mAh/2.84Wh Battery. Buy cheap HTC B2PYV100 Replacement Battery from batteriestore.co.uk now. We have a strict testing process to ensure that your ordered products (like this battery for HTC B2PYV100) are functionally correct before they are packed and sent to you. And before placing an order please make sure that your old original HTC B2PYV100 battery's shape is same to our batteries' images as below. Free shipping and one year warranty!
HTC B2PYV100 3.85V 740mAh/2.84Wh Replacement Battery

Product Description:

Type :Li-ion
Brand : HTC
Voltage : 3.85V
Capacity :740mAh/2.84Wh

TOP REASONS TO BUY FROM US

✔ Quality replacement battery with high Capacity
✔ Longer lifespan - thanks to modern Lithium technology without memory effect.
✔ Guaranteed safety: Protected against Short-circuits, Overheating and Overvoltage
✔ Each cell is separately tested in order to ensure professional standards are met.
✔ 100% compatible in replacing your original battery

Compatible Part Numbers:

B2PYV100

Compatibile con i seguenti apparecchi :

HTC Vive Tracker Acumulator 3 Wire Plug

How to care for your B2PYV100 battery.

This is the Replacement HTC B2PYV100 Battery, You can extend the life of your B2PYV100 battery significantly through the proper care and handling of your battery.
  • Any new B2PYV100 battery should first be fully charged by leaving it plugged in overnight. Once a computer battery is fully charged it will no longer accept any more power. It is a common practice to leave Watchs plugged in after they have been turned off so that the battery has a full charge the next time you use your Watch. It is probably fully charged within 5 hours.
  • A brand new B2PYV100 Watch battery is in a weakened condition since it has not been conditioned yet. Condition and break in your new battery by performing 5 partial discharge and recharge cycles the first week you receive your new battery.
  • Run on battery power without the AC adapter cord at least once a week to keep the B2PYV100 battery cells active and at their peak potential. When your Watch is plugged into the power adapter the battery goes to 'standby mode' while your Watch runs directly on electricity from the wall outlet.
  • Even though your battery indicates it is fully charged, your battery will return to a weakened state again in a few months if it does not get some exercise through partial discharge and recharge cycles while running on battery power alone.
  • If your B2PYV100 battery has not been actively used 2 months or more, condition your battery again with 5 partial discharge & recharge cycles to increase the batteries capacity and run time.
  • Don't run your battery all the way to empty. Your battery will have a longer service life if it receives shallow discharge and recharge cycles. Research has shown that the useful life of the battery will be much longer if you begin to recharge the battery any time before reaching 20% of the remaining power capacity. Recharging the B2PYV100 battery even after 10 minutes will not reduce the battery's life span as lithium batteries do not have the memory effect which was found in older NiCad battery technology. NiCad batteries have never been used in Watchs, even the earliest models.
  • Never run your battery below the 2% critically low warning point. If your battery is run below this point it may not have enough energy to even recharge. This may effectively 'kill' your B2PYV100 battery.

How can I extend your battery run time?

You can extend your B2PYV100 battery run time by minimizing the power drain on your battery. A 3 cell battery will run approximately 2 to 2-1/2 hours when the battery is new. Even longer times can be achieved by minimizing the power consumption of your laptop. Here are the top ways to reduce your power consumption.
  • Avoid using the CD or DVD drive as the motor consumes a fair amount of power.
  • Turn off your wireless finder if you are not using the internet.
  • Remove any devices plugged into your USB ports or other ports.
  • Close out programs you are not using. By minimizing the load on your CPU, sometimes you can avoid having the cooling fan turn to its high speed mode.
  • Increase your memory to 4 Gigabytes. This creates less work for your hard drive. Data is temporarily written to your hard drive when your memory is not sufficient to hold all the data on the many pages you may be accessing.
  • Reduce the brightness of your laptop screen. This is the number one drain on your battery by far.

Prodotti popolari

MSI Stealth 15M launched with 11th-generation Intel Tiger Lake CPUs, Nvidia GeForce RTX 2060 Max-Q, and more

MSI has launched a new iteration of its Stealth gaming laptop. The MSI Stealth 15M comes Intel's new Tiger Lake CPUs and Xe graphics cards. There are some new-age features like Thunderbolt 4.0 and Wi-Fi 6 thrown in the mix too. The MSI Stealth 15M will be available via online channels beginning in October. It will retail at US$1,549 for the base variant.
Although the exact SKUs aren't mentioned, we can expect the MSI Stealth 15M to be configurable with chips ranging between the Intel Core i5-1135G7 and Core i7-1185G7. The notebook comes with Intel Xe graphics cards by default. Dedicated GPU options vary between an Nvidia GeForce GTX 1660 Ti and GeForce RTX 2060 Max-Q. Additionally, the notebook supports up to 64GB of DDR4 RAM clocked at 3200MHz and 2TB storage via an NVMe SSD.
As its name suggests, the MSI Stealth 15M comes with a 15.6-inch FHD IPS LCD panel with a refresh rate of 144Hz.Thin, but noticeable bezels encompass the screen. There's an 'HD Type' webcam at the top edge, which can record video at 720p 30fps. It is 15.9mm (0.62in) thin and weighs (1.69kg/3.7lb). The notebook keeps the 'gamer-y' aesthetic on the down-low, which translates to virtually no RGB. It is available in Carbon Gray and Pure White colors.
The MSI Stealth 15M compact form factor greatly restricts its I/O options and battery size. You get four ports in all: two USB Type-A Gen 3.2, one Thunderbolt 4.0, and one HDMI. The thunderbolt port can also charge the notebook at up to 120W and serve as a display output if needed. However, it comes with a paltry 3-cell 57Wh battery. One would be hard-pressed to get more than a few hours of battery life under gaming loads. Audio options include a 2-in-1 headphone/mic combo jack and two 2W speakers. Wi-Fi 6 functionality is made possible via Intel AX601 and Killer AX1650 antennas. The notebook is also compatible with Bluetooth 5.1.

MSI Prestige 15 refreshed with up to an Intel Core i7-1185G7, Iris Xe Graphics, an 82 Wh battery and an NVIDIA GPU

Today's announcement of a new Prestige 14 has been joined by a new Prestige 15. The devices are similar, but the Prestige 14 is the more compact and lighter of the two. The Prestige 15 measures 356.8 x 233.7 x 16.9 mm, for reference, and weighs 1.65 kg. While the Prestige 15 is heftier than the Prestige 14, it also has a larger 82 Wh battery, dual DDR4-3200 SO-DIMM slots and two M.2 drive bays.
Like the Prestige 14, the Prestige 15 comes with a choice of the Core i5-1135G7, Core i7-1165G7 and Core i7-1185G7. These processors integrate Intel's new Iris Xe Graphics. Additionally, MSI has included an NVIDIA GeForce GTX 1650 Max-Q GPU with 4 GB of GDDR6 VRAM for heavier graphics tasks. The Prestige 15 has two Thunderbolt 4 ports too, along with two USB 3.2 Gen2 Type-A ports, a 3.5 mm jack and an IR 720p webcam.
The Prestige 15 also comes with FHD or 4K panels. Both are 60 Hz and IPS-level, but the 4K panel covers 100% of the Adobe RGB colour space. In comparison, the FHD panel only covers 72% of NTSC. The Prestige 15 is expected to be available from October, but pricing remains unknown.

MSI takes the Intel Evo route with the new Prestige 14 Evo

Intel launched the Tiger Lake and the associated Evo platform yesterday, and we've seen a slew of new laptop announcements featuring the 11th generation Intel processor including MSI's own Stealth, Prestige, Summit and Modern series. Apart from the traditional Prestige 14 offering, MSI is also introducing a Prestige 14 Evo edition that adheres to the standards laid out by the new edition of Project Athena.
The Prestige 14 Evo is in many ways similar to the regular Prestige 14. You get CPU options that include the Core i5-1135G7, Core i7-1165G7, and the Core i7-1185G7 all of which feature the new Intel Gen12 Xe LP graphics. Dimensions, port selection, RAM, connectivity, and even the presence of an NVMe PCIe Gen4 SSD are common with the non-Evo version.
The Evo platform mandates are certain minimum spec for the battery life and this is where the Prestige 14 Evo differs from the regular Prestige 14. Both models carry the same 3-cell 52 Wh battery with fast charging support. However, the Prestige 14 Evo uses a 60 Hz 100% sRGB panel that draws just 1 W of power, which makes it highly power-efficient and as a result, can afford longer run times.
And true to the Evo ethos, the Prestige 14 Evo does not feature the discrete NVIDIA GeForce GTX 1650 Max-Q GPU and relies solely on the Iris Xe iGPU. Iris Xe should offer a decent boost in graphics performance for creative applications compared to the previous Iris Plus variants. Since there is no discrete NVIDIA graphics on board, the Prestige 14 Evo offers just 65 W charging via USB-C. MSI says that a 15-minute charge should offer up to 1.5 hours of usage on battery and an overall 12 hours of battery life.
Pricing and availability info are yet to be announced.

iPad Air 4: New renders show an updated tablet with a Touch ID-enabled power button

The iPad Air (2019) has an arguably old-fashioned look, being lumbered with a large chin and forehead so as to accommodate a classic Apple home button. However, this feature does confer the advantage of supporting the OEM's form of fingerprint authentication, Touch ID, whereas the more expensive Pro variants have sacrified it in the name of thin bezels.
Recent leaks have suggested that its successor, which could be called the iPad Air 4, (or, according to additional rumors, the iPad Air (2021)) may also adopt this slim-border design. It may make sense, especially if the new iPhones also turn out with the same general language. SvetApple has prepared renders that show how such a budget iPad might look.
The results do look a lot like a Pro (albeit more like a 2018 variant than a newer model). It creates a nice effect in the gold, silver and gray colorways imagined for this "Air". SvetApple projects that the new slim-border display, which has a modern aspect ratio, may be 10.8 to 11 inches in diagonal length.
However, one thing this updated screen does not have is the rumored in-display form of Touch ID. Instead, this security feature is integrated into the power button. SvetApple asserts that this hardware feature will be called the Top Button.
It is located next to one of multiple speakers that is mirrored on the opposite side of the purported device's flat edge. The "new iPad Air" is also depicted as supporting USB type C charging and syncing and as having connectors for a Magic Keyboard.
Otherwise, the iPad Air 4 is thought to be graced with the A14 Bionic chipset when it comes out, rather than an older Apple SoC. However, it may have just 4GB of RAM with a 128GB internal storage option. This complete package may start at US$499 and range upwards to $649. SvetApple speculates that it will launch on September 8, 2020.

The Samsung Galaxy A21s has a performance problem

The back of the Samsung Galaxy A21s is a real looker: The rainbow effect, which appears when light hits the back, looks very impressive. The 200-Euro smartphone also has other selling features as we have discovered in our review of the Galaxy A21s.
These are the great battery life, the SoC that does not throttle under load and unusually fast Wi-Fi. The smartphone does feature a famous Samsung OLED screen. However, its display is still pretty bright and colour-accurate. That being said, there are no tools for calibration.
These positive aspects are quickly drowned out by the negatives. Samsung uses its own SoC (Exynos 850), and Samsung processors have not been particularly energy-efficient in the past.
And this is, unfortunately, the case with the Samsung Galaxy A21s: A different SoC would have been able to achieve longer battery runtimes with a 5000-mAh battery, the web pages load so slowly that the fast Wi-Fi speeds make no difference and users will have to wait for a long time for an application to start or a level to load.
This is why the Samsung Galaxy A21s cannot keep up with smartphones from Xiaomi or Huawei that offer a much better price-to-performance ratio. Moreover, the A21s also struggles with geolocation. On the flip side, though, the smartphone can easily be purchased from various online retailers at discounted prices, and if you come across a really good deal, then the Galaxy A21s is definitely worth consideration.
The quad-camera system, whose main lens produces really good photographs, is one of the key selling features. You can find test photographs and more in our comprehensive review of the Samsung Galaxy A21s.