Search results
Results from the WOW.Com Content Network
Razer Blade Stealth supports full Chroma lightning with Razer Synapse software. [6] Chroma lighting is a unique light feature on all Razer mouse and keyboard products. The device comes with pre-installed Razer Synapse software and the software supports key clicks, Macro creating and other features that are supported within other Razer keyboards.
The first mouse in the Naga series to possess a maximum sensitivity of 16,000 DPI and a "5G optical laser sensor" was the Naga Chroma. Released in November 2015, Razer said it "brings the world's most advanced mouse sensor to the world of MMO gaming" and now "the Razer 5G laser sensor is capable of tracking up to true 16,000 DPI down to 1 DPI ...
Razer Synapse is a tool that is pre-installed on laptops from Razer. [62] It can also be downloaded from Razer's website. With the software, several functions of Razer products can be set, such as RGB lighting, pooling rate, DPI, key profiles, tracking distance, and more.
Keyboard makers such as Cooler Master, Corsair, and G.Skill use Cherry's Cherry MX switches in their designs or "imitate them," [15] such as Razer's Kailh Green switches in the first Generation Razer Black widow Chroma. [16] Cherry sells its own keyboards in "modest volumes." Its MX 10.0 TKL keyboard lacks the tenkey section of the keyboard. [17]
There are three bits for the RGB components (generating 8 primary colors at full saturation but 75% luminance - similar to the EBU colour bars) and an intensity bit that controls a variation of the base color (a 75% luminance decrease for white, creating gray; a 50% chroma saturation decrease for the RGB primary colors).
The Razer Phone (code name: cheryl, stylized as RΛZΞR PHONE) is an Android-based phablet designed and developed by Razer Inc., released on November 15, 2017. [3] While the device was designed mainly for mobile gamers, reviewers such as Engadget have noted that it is also good enough for everyday use.
This is a list of software palettes used by computers. Systems that use a 4-bit or 8-bit pixel depth can display up to 16 or 256 colors simultaneously. Many personal computers in the early 1990s displayed at most 256 different colors, freely selected by software (either by the user or by a program) from their wider hardware's RGB color palette.
Separating RGB color signals into luma and chrominance allows the bandwidth of each to be determined separately. Typically, the chrominance bandwidth is reduced in analog composite video by reducing the bandwidth of a modulated color subcarrier, and in digital systems by chroma subsampling .