Orders placed after 4PM on weekdays will not ship until the next business day. Orders placed after 11AM Fridays will not ship until the following Monday.
Faster shipping methods may be available; just upgrade during checkout.
*Some exclusions apply.
Enter new zip code to refresh estimated delivery time.
The AMD FirePro RG220A Remote Graphics Card with active cooling system and 512MB of RAM is a host-side GPU for remoting graphics to thin client devices. The card outputs video using PCoIP protocol to provide a one-to-one host-client connection over a network, and also supports USB. It is designed to give users on remote client devices the benefits of a dedicated graphics card, including 2D and 3D graphics acceleration, while keeping the hardware in a centralized, easy to manage data center environment. The card can either use the host machine's operating system or be mapped to a virtual machine, exposing GPU acceleration directly to the operating system running in the guest machine.
The card features dual Ethernet ports that provide PCoIP connectivity; they allow daisy-chaining so that an additional network hub will not be required when installing multiple cards in one system for VM applications. In addition, a DMS-59 connector allows up to two DVI-D (digital only) devices to be connected directly to the card for local cloning of the remote output. It can drive up to two remote displays each at up to 1920 x 1200 resolution.
Streamlined System Management
Placing the hardware that does the heavy lifting in a centralized data center environment has many advantages from an IT administration perspective:
Cuts down on the space and energy requirements as well as noise levels in high-density work places such as trading floors
Allows software and firmware updates to be managed directly, and in a unified fashion
Keeps equipment in one place for easy accessibly and quicker maintenance turnaround time
Puts redundant systems close by to minimized interruptions caused by server down-time
Use Existing Network Infrastructure
Unlike alternatives, which require a dedicated channel, PCoIP technology allows remote graphics to be deployed over existing LAN or WAN network infrastructure, including VPNs. Furthermore, it is not subject to the limitations of fiber-based solutions
In addition to video, the FirePro RG220A sends USB data to and from the client device allowing the host to access USB peripherals such as keyboards, mice, and external drives connected to the client device
Local Cloning of Remote Output
A DMS-59 output on the card allows up to two DVI-D (digital only) displays to be connected at the host-end for local monitoring. A DMS-59 to dual DVI-D adapter is required to make the connection
Dual GPU Support
Two cards can be combined to drive up to a total of four client-side displays each at up to 1920 x 1200 resolution
Direct Mapping Support
The card can be mapped directly to a virtual machine (VM) that is running over a hypervisor with direct mapping support. Additionally, multiple cards can be used in one system enabling support of multiple VMs and multiple users while still maintaining full 2D and 3D and video acceleration
Less than 35W Power Consumption
The FirePro RG220A typically consumes less than 35W of power while in operation. In addition, the Wake on LAN (WOL) feature allows the card to be put to sleep or awoken remotely to minimize power draw when not in use
Active Cooling System
The card features an active cooling system, ideal for small and compact form factors with high ambient temperatures
Popular API Support
Supports DirectX 10.1 and OpenGL 3.2 APIs to allow GPU-aware applications that support these APIs to benefit from the acceleration provided by a dedicated graphics card, taking much of the workload off the host's CPU
2 x Ethernet on RJ-54 connector for PCoIP 1 x DMS-59 connector for dual DVI-D local output - VGA not supported
PCI-E 2.0 x16
1920 x 1200 on up to two remote displays at 60Hz
Less than 35 W typical
Windows: 7, Vista, XP - 32 or 64-bit At least 256 MB system RAM CD-ROM for software installation 1 x Free PCI-E x16 expansion slot - use PCI-E 2.0 or later for optimal performance At least 350 W power supply PCoIP-capable thin client device required for remote connectivity