Thin Client with Dual Displays for Entry Level Centralized and Virtualized Computing
Featuring Intel® Celeron® N2807 Dual-Core Processor
CD8801 Cloud Desktop thin clients are powered by efficient Intel® Celeron® N2807 dual-core processors with Intel® DirectX 11 graphics, providing multimedia capability and PC-like user experience. CD8801 thin clients features one DVI and one HDMI connectors, and supports up to two displays at 1920 × 1200 resolution. These dependable thin clients are designed to meet all the demands of task and knowledge workers—even in VDI environments—in the banking, healthcare, government and manufacturing sectors. While the features and performance of CD8801 thin clients benefit users, the thin client’s low power requirements benefit your organization’s bottom line. CD8801 thin clients comply with the ENERGY STAR® 6.1 standards, and average power consumption is less than five watts.
NEXT GENERATION
Designed with users in mind, CD8801 thin clients are equipped with Intel® equipped with Intel® Bay Trail-M N2807 dual-core processors (with burst frequency up to 2.16 GHz) and up to 8 GB DDR3L RAM to deliver excellent computing and graphics performance for the latest VDI solutions. Thin client I/O ports include one USB 3.0 port, four USB 2.0 ports, one GbE LAN, audio input and output ports, and one DVI and one HDMI connectors.
CD8801 thin clients support ClearCube Cloud Desktop OS, have long product lifecycles, and come with optimized applications for all the major remote networking protocols (VMware Horizon® with Blast Extreme, Citrix® XenDesktop®, XenApp®, Microsoft® RemoteFX, and more). An integrated Kensington® Security Slot provides added security and safety for CD8801 thin clients.
– Dual Displays Support
ENERGY STAR® certification and low power consumption reduces heat and operating expenses
Cloud Desktop OS supports CITRIX® XenDesktop, VMware® View with Blast Extreme, Microsoft® RDP, and more
Intel Celeron N2807 2.16 GHz dual-core processor provides high performance with low power requirements. power
Improve data and hardware security by removing local disks to minimize opportunities for theft and misuse
Compact form factor reduces desktop footprint
