The more interesting part of the release, however, was the box-art of ASUS' upcoming high-end socket AM3+ motherboard, the Republic of Gamers (ROG) Crosshair V Formula. NVIDIA specifically mentions ASUS, Gigabyte, ASRock, and MSI as qualifying partners. NVIDIA's public release confirms most of what was outlined in the leaked company slide in the older article, that licenses will be only offered to 9-series (and later) chipset-based motherboards, and that only those motherboard manufacturers that are licensed by NVIDIA for SLI on their Intel platform motherboards will be given licenses. Rumors about this development started trickling in around late March.
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It could be curtains down for NVIDIA nForce SLI chipset for AMD platform, as the GPU giant formally announced its intentions to license NVIDIA SLI technology for use on AMD chipset-based motherboards starting from AMD's upcoming 9-series chipset. Slated for release in late May and backed by 2 year warranty, the NZXT FS-200 LED are priced around US $18.
Attachments for 2-pin header and Molex connector come bundled. Its cord is sleeved, and draws power from a 3-pin fan header. It uses rifled bearing, with a rated lifespan of 40,000 hours. With a speed range of 500 to 900 RPM, these 200 mm spinners can push up to 89.5 CFM of air while being as quiet as 20.16 dBA.
The new fans use continue to use black frames like the original, the edges of the four arms of the round frame hold the color LEDs, the impellers are colorful and transparent. The fans come with switches (compatible with NZXT Phantom LED switch) that can toggle the LEDs on/off, so you can still have a colorful fan if you find its lighting too gaudy for your case. Available in red, green, and blue, these LED-lit variants of the famous round-framed 200 mm fan bear the same exact specifications as the original. NZXT released colorful new additions to its FS Silent Fan Series, the FS-200 LED. The successor to Thunderbolt is reportedly already under development at Intel Labs.
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There has also been the need for an interconnect faster than USB 3.0 for high-bandwidth applications such as lossless ultra high definition video streaming in professional environments, and hence came Thunderbolt, which is a copper-electric variant of a fiber-optic interconnect Intel had been working on, codenamed Light Peak. There was, however, a potential bottleneck lurking with running SSD-based RAID boxes in USB 3.0, as many SATA 6 Gbps SSDs are getting close to the bandwidth limit of USB 3.0. After quite some delay, came the next big version of USB, the USB 3.0 SuperSpeed, with its massive 5 Gbps bandwidth, plenty for fast and capacious flash drives, and external storage devices. The pressing need for more bandwidth to run external hard drives and disk racks was alleviated by eSATA, but eSATA lacked the versatility of USB.
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For the greater part of the last decade, PC device connectivity was limited to the 480 Mbps bandwidth of USB 2.0.