Search results for "Avalue"
Embedded boards run on Intel Pentium/Celeron N3000 processors
Avalue Technology hasintroduced a 5.25" SBCs -EBM-BSW, aQseven Solution-EQM-BSW, and aCOMe Solution-ESM-BSW, based on Intel's Braswell - M/D processor family. The Intel Pentium/Celeron processor N3000 family are based on Intel’s 14nm architecture for entry systems, which doubles graphics performance and offers a 16% battery life improvement, better I/O support, and better performance at low thermals.
SBC brings enhanced stereoscopic 3D capabilities
A 3.5” SBC and a COMe compact module, powered by the Intel Atom processor E3800 family and the Intel Celeron processor J1900 family, have been introduced by Avalue Technology. Based on the 22nm Silvermont microarchitecture, these processors are designed for intelligent systems and applications with low power consumption and high performance requirements.
Embedded systems opens route to in-vehicle displays
The VMS-BYT embedded system from Avalue is now available in the UK from specialist distributor Display Solutions. It is a rugged, enclosed system suitable for automotive and commercial vehicle applications, including fleet telematics, passenger infotainment, and in-vehicle surveillance.
SBC is based on the Intel Braswell processor
Based on the Intel Braswell – M/D processor family, the EBM-BSW 5.25” SBC has been introduced by Avalue Technology. The Intel Pentium/Celeron processor N3000 family are based on Intel’s 14nm architecture for entry systems, which provides improved graphics performance, battery life, I/O support and thermal performance than previous generations.
Telematics system provides an abundance of I/Os
Avalue has unveiled a modular, in-vehicle, embedded telematics system,VMS-BYT.Offering easy assembly and maintenance,VMS-BYTis a rugged system which increases stability and environmental tolerance, suitable for applications including fleet telematics, passenger infotainment, and in-vehicle surveillance on board commuter shuttles, long distance coaches, and vehicle fleets.
Digital signage player solutions reduce installation costs
Two Open Pluggable Specification (OPS) digital signage player solutions, suitable for multi-display applications, have been introduced by Avalue Technology. The SOPM-HM65 is powered by Intel 2nd/3rd gen Core i7/i5/i3 Pentium and Celeron Processors with Intel HM65 express chipset, while the SOPM-QM87 is based on Intel 4th gen Core i7/i5/i3 Pentium and Celeron Processors with Intel QM87 express chipset.
Rugged panel PC passes anti-vibration & anti-shock tests
Suitable for industrial automation, home automation and HMI applications, the ARC-1209 panel PC has been introduced by Avalue Technology. Powered by Intel Atom E3845 1.91GHz, the device supports one 204-pin DDR3L SODIMM system memory with up to 8GB capacity.
SBC enables IoT solutions
The EBM-BDW, a 5.25” SBC based on 5th gen Intel Core processors, has been introduced by Avalue Technology. The 5th gen processors are based on Intel’s 14nm process technology, which is designed to provide outstanding graphics and performance in a smaller thermal envelope. This technology supports next-gen IoT solutions, while maintaining ready compatibility with previous generations.
Intel Atom processor E3800 & Celeron J1900 based panel PCs
Avalue Technology has announced the Intel Atom processor E3800 and Celeron J1900 product family applied Panel PC product line, including LPC, SPC, FPC, PPC and BFC series. Based on the 22nm Silvermont microarchitecture, theIntel Atom E3800 and Celeron J1900 processors are designed for intelligent systems and applications with low power consumption and high performance requirements.
POS terminal software guards against financial loss
Avalue Technology has introduced new software for the Rity Series point of sale terminal. Renity Sentinel provides full system information which includes operating system information, CPU loading, memory usage, system temperature, voltage, and storage usage. It offers an intuitive user interface to let a user remotely monitor the multiple targets at time.