The HyperX Beast series features memory kits with capacities ranging from 8GB to 64GB, with frequencies ranging from 1600MHz to 2400MHz and CAS latencies from CL9 to CL11.

Kingston is adding to the HyperX family with the new HyperX Beast. This memory features a new heatspreader to maximize thermal dissipation and provide increased reliability. This heatspreader also ...

Kingston HyperX is backed by a lifetime warranty and free 24/7 tech support. Kingston 2GHz HyperX DDR3 Specifications: Part Number: KHX16000D3K2/2GN 2GB 2000MHz (CL9-9-9-27 @ 1.9v) kit of 2 ...

These DDR3 modules are available with frequencies ranging from 1600MHz to 2400MHz, and voltages of 1.35V, 1.5V, and 1.65V. You can get them in capacities of 4GB, 8GB, 16GB, and 32GB in kits of 2 ...

Here are the detailed specifications and pricing for the new HyperX H2O memory kits: Part Number: KHX2000C9D3W1K2/4GX – Capacity: 4GB DDR3 2000MHz (CL9-11-9-27 @ 1.65v) kit of 2, optimized for ...

Companies: #hyperx #kingston Kingston Technology has announced a new entry in its HyperX memory family: 2400MHz DDR3 memory modules with a new heatspreader design dubbed the HyperX Beast.

Fountain Valley, CA - August 2, 2010 - Kingston Technology Company, Inc., the independent world leader in memory products, today announced the release of HyperX® 'H2O' water-cooled DDR3 dual- and ...

HyperX red is Intel® XMP ready and is available in 8GB kits and 4GB single modules at 1600MHz and 1333MHz, in both 1.65v and 1.5v.

“Two Gigahertz is now the sweet spot for many benchmarking enthusiasts and Kingston’s new 2GHz HyperX DDR3 memory is fully tested at specified frequency and timing values so it’s ideal for anyone ...

Plug and Play Memory Uses JEDEC-compliant 1600MHz, 1866MHz Values Compatible with Faster Sandy Bridge Ready Frequencies Kingston announced the HyperX Plug and Play (PnP) series of high-performance ...

Kingston 512MB and 1GB DDR3 1066MHz HyperX memory modules recently passed Intel Platform (PMO) Validation, paving the way for the next generation of high-performance computing.