BladeMAX - Ictech · 8 Motherboard Render Farm Up to 32 CPU cores in one 19” Rack Chassis 2...

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8 Motherboard Render Farm Up to 32 CPU cores in one 19” Rack Chassis 2 BladeMAX The Most Economical Rendering Farm Solution For Maya, 3D Studio Max Combustion, After Effects Digital Fusion, Softimage Lightwave, Houdini Mantra, RenderMan, MentalRay Vray, Brazil BladeMAX Blade rendering farm consists of up to 8 independent blade servers. Each BladeMAX system is an independent node complete with its own central processing unit, memory, power source, video controller, network controller, and data storage. A complete BladeMAX server consists of the BladeMAX chassis with up to 8 Motherboard blades. The BladeMAX rendering farm uses standard PC architecture and is certified for Intel Corei7 CPUs. BladeMAX offers huge savings when compared to proprietary motherboards used by other blade server vendors. Besides blade systems, BladeMAX servers are excellent alternative replacement for traditional 1U rackmount servers. Compares with 1U rackmount servers, you can save 2 additional U spaces with in the same 6U rack space enclosure when using the 8 blade chassis. In addition, for the same system configuration, BladeMAX servers are more economical and easier to manage then 8 units of 1U rack systems. 3049 Universal Drive Mississauga, Ontario, L4X 2E2 (416) 869-0001 Intel® Core i7 processors. Configured with optional network rendering software Supports different combinations of BladeMAX blades in the same housing unit. Compatible with standard 19" EIA-310-D rackmount cabinets Each BladeMAX Chassis carrier supports blade modules Can be used as stand alone unit without a rackmount cabinet Advanced cooling system provides superior cooling Easy to swap blade modules Remote management and administration available Custom configuration based on your requirement Modules can be added as required Animation Rendering WEB Servers Corporate Servers Thin Client Image Processing

Transcript of BladeMAX - Ictech · 8 Motherboard Render Farm Up to 32 CPU cores in one 19” Rack Chassis 2...

Page 1: BladeMAX - Ictech · 8 Motherboard Render Farm Up to 32 CPU cores in one 19” Rack Chassis 2 BladeMAX The Most Economical Rendering Farm Solution For Maya, 3D Studio Max Combustion,

8 Motherboard Render FarmUp to 32 CPU cores in one 19” Rack Chassis

2 BladeMAX

The Most EconomicalRendering Farm Solution ForMaya, 3D Studio MaxCombustion, After EffectsDigital Fusion, SoftimageLightwave, HoudiniMantra, RenderMan, MentalRayVray, Brazil

BladeMAX Blade rendering farm consists of up to 8 independent blade servers.Each BladeMAX system is an independent node complete with its own centralprocessing unit, memory, power source, video controller, network controller,and data storage. A complete BladeMAX server consists of the BladeMAXchassis with up to 8 Motherboard blades.The BladeMAX rendering farm uses standard PC architecture and is certifiedfor Intel Corei7 CPUs. BladeMAX offers huge savings when compared toproprietary motherboards used by other blade server vendors. Besides bladesystems, BladeMAX servers are excellent alternative replacement fortraditional 1U rackmount servers. Compares with 1U rackmount servers, youcan save 2 additional U spaces with in the same 6U rack space enclosurewhen using the 8 blade chassis. In addition, for the same system configuration,BladeMAX servers are more economical and easier to manage then 8 units of1U rack systems.

3049 Universal DriveMississauga, Ontario,L4X 2E2(416) 869-0001

Intel® Core i7 processors.Con�gured with optional network rendering softwareSupports di�erent combinations of BladeMAX blades in thesame housing unit.Compatible with standard 19" EIA-310-D rackmountcabinetsEach BladeMAX Chassis carrier supports blade modulesCan be used as stand alone unit without a rackmountcabinetAdvanced cooling system provides superior coolingEasy to swap blade modulesRemote management and administration availableCustom con�guration based on your requirementModules can be added as required

Animation RenderingWEB ServersCorporate ServersThin ClientImage Processing