PRODUCTS

GREENARK  :: ü      RMU (Remote Monitoring Unit) ü      DTU (Data Transfer Unit) ü      BMS (Battery Monitoring System) ü      DCEM (Direct Current Energy Meter) ü      ACEM (Alternate Current Energy Meter) ü      RFID (Radio Frequency Identification) ü      Converters (RS232, RS485, RF) ü      ACS (Access Control System) AUTOMATION :: ü      PLC ü      VFD (AC Drives) ü      HMI ü      Terminal Pannel ü      Servo Drives ü      Optical Encoders ü      Temperature Controllers  ü      Communication Modules ü      Timer/Counter/ Tachometer ü      SMPS ü      DC - DC COnverters_RMS_UUEPL ü      OTHER PRODUCTS POWER SUPPLIES :: ü      AC-DC Power Supplies ü      DC-DC convertors AdvancedTCA®, AdvancedMC™, CompactPCI®, COM Express®, OpenVPX™ And VME bus Open Standards The Embedded Computing business of RMS is a leading  provider of embedded computing solutions based on open standards such as ATCA®, AdvancedMC™, CompactPCI®, COM Express®, OpenVPX™ and VMEbus. Our expertise enables OEMs in a wide range of industries to develop better products quickly, cost effectively and with less risk. AdvancedMC Achieve extremely high performance and data throughput in a very small form factor with our line of products based on the Advanced Mezzanine Card (AdvancedMC™) standard. AdvancedMC (AMC) products can be used in a range of standards-based and proprietary architectures to maximize your return on design investment and minimize time-to-market for new products. AdvancedTCA Emerson Network Power's line of AdvancedTCA® (ATCA) products are designed to address applications requiring high performance, high reliability and long life cycles.  CompactPCI Create robust embedded computing technology that is ideal for telecommunications, industrial control and imaging applications with CompactPCI® technology that offers the performance and processor independence of the PCI bus in a rugged, modular Eurocard form factor. Computer-on-Module Computer-on-Modules (COMs) are highly integrated single-board computers that provide the core functionality of a system, allowing application-specific features to be designed onto a carrier board creating a semi-custom embedded PC solution. Embedded Computers An Emerson Network Power Embedded Computer is based around an x86 Intel® Architecture embedded motherboard with processor and memory plus a disk. These are integrated into an application-specific enclosure that is designed for long-life applications with very little or no maintenance. Typical uses include medical clinical instruments, digital security and surveillance, industrial control and digital signage. Embedded Motherboards Equip your critical business systems with motherboards designed for easy deployment for a range of applications. The innovative design maximizes your product lifecycle, and unique midplanes create a level of modularity for deployment. MicroTCA Lower cost applications and configurations now have a standards-based platform, which leverages existing technologies and advantages developed for AdvancedTCA® products, in a form factor that fits diverse packaging solutions and is largely compatible at the application level. By enabling hardware and software reuse, MicroTCA® solutions are easier to bring to market with the flexibility to scale as demands change. Software Support your embedded computing technology with our broad software portfolio ranging from a comprehensive, tested and validated commercial distribution of open-source based high availability middleware to signaling solutions and systems, and blade management software. VMEbus A combination of high performance, rugged, modular construction and broad industry support makes VMEbus products ideal to address the needs of original equipment manufacturers (OEMs) serving embedded computing markets. VPX and OpenVPX VPX is a revolutionary standard from VITA for next generation high end commute intensive applications. It combines latest generation connector and packaging technology with high speed fabric connectivity in both 3U and 6U Eurocard form factors. The OpenVPX standard defines the system-level interoperability for multi-module system environments.