LinkedHope Released A 6U VPX Single Board Based on Intel 3rd Generation CoreTM i3/i5/i7
July 28, 2017
July 28th, 2017, as an independent embedded computer manufacturer, LinkedHope launched a China local-designed, local-manufactured XMC processor board, named VP62105.
July 28th, 2017, as an independent embedded computer manufacturer, LinkedHope® released a 6U VPX single board VP62105. Based on the Intel® 3rd generation CoreTM i3/i5/i7 platform, VP62105 has a new microarchitecture that enables small-sized designs to be created with unmatched computing power, graphics performance and energy efficiency on a small footprint.
VP62105 provides 4 Serial RapidIO (SRIO) x4 links for VPX Data Plane communication, 2 PCI express x8 channel for VPX Expansion Plane communication and 4 Gigabit Ethernet for VPX Control Plane communication. The rich data interchange options make it much easier to build computer and system solutions.
With up to 16GB ECC memory, up to 64GB onboard SLC flash storage, and rugged conduction cooling design, VP62105 ensures high reliability that makes it best fit for Radar, Sonar, Command & Control, Video surveillance, and other on-board/on-vehicle performance computing applications.
Integrated with Intel® HD4000 graphic controller, VP62105 supports Dual-head, Multi-head display outputs, including VGA, DVI, DP and HDMI with the maximum output resolution reaching at 2560x1600. In case higher graphic processing powers are requested, VP62105 uses AMD E4690 or E6760 GPU as a replacement.
The most outstanding advantage of VP62105 is its modular design. Whenever and whatever I/O feature set change request is submitted by a customer, LinkecHope® is able to deliver working samples of a customized VP62105 in 4-6 weeks!
VP62105 supports a variety of BSP, including VxWorks 5.5/6.8, Windows, Linux and QNX.
Other feature sets of VP62105 include: 8 USB ports, 3 Serial communication ports, 2 SATA ports, and one XMC/PMC for more functionality expansion.
For more information, please visit: www.linkedhope.com/Item/Show.asp?m=5&d=249.