Superior Sustained I/O Operations and Latency Consistency Positions the Intrepid 3000 Series in a Class by Itself
SAN JOSE, CA - December 12, 2013 - OCZ Technology Group, Inc. (Nasdaq:OCZ), a leading provider of high-performance solid-state drives (SSDs) for computing devices and systems, today introduced its next-generation Intrepid 3000 Series of enterprise-class SATA III-based SSDs delivering the industry's best sustained performance and consistent I/O responses. As the series supports storage capacities up to 800GB, Intrepid 3 represents OCZ's highest performing and largest capacity enterprise SATA SSDs to date. Leveraging the Everest 2 Platform, a combination of the Marvell 88SS9187 controller with OCZ's proprietary firmware, the new series features advanced flash management and endurance capabilities that extend NAND flash life and enhance drive reliability, all supported by a 5-year warranty.
‘Incredibly fast' best describes the new Intrepid 3000 Series. In a steady state condition by which the drive is writing, erasing and re-writing data repeatedly over the full capacity of the drive, the performance for both large block sequential operations, as well as small block random operations, is unrivaled. This includes 520 MB/s for sequential reads (128K blocks), 470 MB/s for sequential writes (128K blocks), 91,000 input/output operations per second (IOPS) for random reads (4K blocks) and 40,000 IOPS for random writes (4K blocks). In comparison to OCZ's previous SATA III enterprise drives, the Intrepid 3000 Series delivers five times faster sustained performance for 4K write operations and two times faster sustained performance for 4K read operations.
The proprietary Intrepid 3000 Series firmware is optimized to achieve consistent I/O responses and continues to perform at top speed regardless of whether data is in a compressed or uncompressed format. In this scenario, OCZ's new advanced flash management efficiently manages all of the housekeeping routines such as garbage collection, enabling the SSD to keep up with incoming read and write requests.
"Our new Intrepid 3000 Series leverages in-house firmware with an impressive enterprise feature-set to enable customers with unprecedented performance, data management, endurance and reliability, and cost flexibility resulting in an optimal storage environment," said Daryl Lang, SVP of Product Management for OCZ Technology. "Delivering exceptional SSD responsiveness in even the most demanding and compute-intensive applications, the Intrepid 3000 Series achieves unsurpassed performance under any workload, regardless of data type and I/O pattern for the complete spectrum of applications including online archiving, media streaming and web browsing OLTP, VDI, email and analytics."
Thursday, 12 December 2013
Monday, 2 December 2013
NVIDIA GeForce Experience 1.8: Introducing Adjustable Optimal Playable Settings & Significant ShadowPlay Updates
Since its release this January, GeForce Experience has optimized millions of gamers' systems, giving them optimal game settings, the latest drivers and profiles, access to SHIELD game streaming, and with the release of GeForce Experience 1.7 last month, the ability to automatically capture gameplay footage with a minimal performance impact through the integrated ShadowPlay application.
Today, we are releasing GeForce Experience 1.8, which includes game-changing Optimal Playable Setting functionality, and a number of ShadowPlay updates that make the innovative, critically-lauded gameplay recorder even better at capturing your favorite action-packed moments.
Introducing Adjustable Optimal Playable Settings
The core of GeForce Experience is its Optimal Playable Settings function, which recommends ideal combinations of settings customized for each system, giving gamers the perfect balance between image quality and performance.
At launch, GeForce Experience offered an easy one-click solution to often-complicated game configuration. It was a major innovation for gamers unsure of what to change to improve performance and fidelity, and for gamers intimidated by dozens of acronym-laced settings. For them, consoles were more appealing - a simple plug and play solution. With GeForce Experience, we brought those gamers back into a world of high-definition, super-high fidelity gaming. Over time, it was clear from user feedback that while all loved the idea of GeForce Experience, some preferred to have a super-smooth 60 frames per second experience, while others preferred 30 frames per second with superior image quality.
Today, with the release of GeForce Experience 1.8, users can now open a new in-app panel that enables customization of our one-click Optimal Playable Settings. Resolutions up to 3840x2160 can be applied, Fullscreen, Windowed and Borderless Windowed modes can be selected, and optimal settings altered with the movement of a slider, enabling users to choose between default Optimal settings and those that favor image quality over performance, or vice versa.
By default, we recommend a Screen Resolution, Fullscreen experience, one that gives you at least 40 frames per second during a game's most demanding moments. With GeForce Experience 1.8, if you prefer 60 frames per second drag the adjustable slider to the left; if you're happy with 30 frames per second drag it to the right to increase image quality. Changes to the Optimal recommendations are instantly reflected in the user interface, showing you the combination of settings you'll use in-game, and if you prefer to play in a window, the option can be quickly selected via the dropdown.
To determine system configurations for Optimal Playable Settings we read the make and model of your CPU and GPU. To read your clock speeds would require an invasive system scan that we do not perform (the GeForce Experience FAQ details our data collection policy), meaning we're unable to account for overclocking, which can make a system considerably faster. With the introduction of Adjustable Optimal Settings, you can now manually adjust recommendations to account for overclocks, by dragging the slider to the right to increase image quality.
Similarly, if you Downsample from a higher resolution, the Downsample resolution can now be manually applied, and the recommendations will instantly update based on your system configuration. As above, you can further tweak the recommendations to account for overclocks and performance preferences.
The introduction of Adjustable Optimal Settings dramatically improves the functionality of GeForce Experience, making it an invaluable tool for overclockers and those who prefer more eye candy or more performance than our default Optimal Playable Settings provided in the past. For 4K gamers and power users who Downsample, the new Adjustable Optimal Settings function is particularly beneficial, given the demands 4K Gaming places on any system.
Today, we are releasing GeForce Experience 1.8, which includes game-changing Optimal Playable Setting functionality, and a number of ShadowPlay updates that make the innovative, critically-lauded gameplay recorder even better at capturing your favorite action-packed moments.
Introducing Adjustable Optimal Playable Settings
The core of GeForce Experience is its Optimal Playable Settings function, which recommends ideal combinations of settings customized for each system, giving gamers the perfect balance between image quality and performance.
At launch, GeForce Experience offered an easy one-click solution to often-complicated game configuration. It was a major innovation for gamers unsure of what to change to improve performance and fidelity, and for gamers intimidated by dozens of acronym-laced settings. For them, consoles were more appealing - a simple plug and play solution. With GeForce Experience, we brought those gamers back into a world of high-definition, super-high fidelity gaming. Over time, it was clear from user feedback that while all loved the idea of GeForce Experience, some preferred to have a super-smooth 60 frames per second experience, while others preferred 30 frames per second with superior image quality.
Today, with the release of GeForce Experience 1.8, users can now open a new in-app panel that enables customization of our one-click Optimal Playable Settings. Resolutions up to 3840x2160 can be applied, Fullscreen, Windowed and Borderless Windowed modes can be selected, and optimal settings altered with the movement of a slider, enabling users to choose between default Optimal settings and those that favor image quality over performance, or vice versa.
By default, we recommend a Screen Resolution, Fullscreen experience, one that gives you at least 40 frames per second during a game's most demanding moments. With GeForce Experience 1.8, if you prefer 60 frames per second drag the adjustable slider to the left; if you're happy with 30 frames per second drag it to the right to increase image quality. Changes to the Optimal recommendations are instantly reflected in the user interface, showing you the combination of settings you'll use in-game, and if you prefer to play in a window, the option can be quickly selected via the dropdown.
To determine system configurations for Optimal Playable Settings we read the make and model of your CPU and GPU. To read your clock speeds would require an invasive system scan that we do not perform (the GeForce Experience FAQ details our data collection policy), meaning we're unable to account for overclocking, which can make a system considerably faster. With the introduction of Adjustable Optimal Settings, you can now manually adjust recommendations to account for overclocks, by dragging the slider to the right to increase image quality.
Similarly, if you Downsample from a higher resolution, the Downsample resolution can now be manually applied, and the recommendations will instantly update based on your system configuration. As above, you can further tweak the recommendations to account for overclocks and performance preferences.
The introduction of Adjustable Optimal Settings dramatically improves the functionality of GeForce Experience, making it an invaluable tool for overclockers and those who prefer more eye candy or more performance than our default Optimal Playable Settings provided in the past. For 4K gamers and power users who Downsample, the new Adjustable Optimal Settings function is particularly beneficial, given the demands 4K Gaming places on any system.
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