Communications
Anders - High-Performance, Low-Power Computer-on-Module
Anders Electronics plc, market leader in the field of user interface platforms, has announced the availability of its new CM-A510 – which the company says is the most feature-rich high-performance miniature system-on-module on the market today.
An iTo lower power consumption and maximize portability, the Anders CM-A510 includes DDR3 random access memory – which uses 16% less power than traditional DDR2 systems. DDR3 includes advanced power conservation features like partial refresh – saving system battery power by eliminating refresh for the portion of DRAM not in active use – and boasts a thermal sensor that minimizes refresh cycles when performance demands are low.
The small footprint and low power consumption of the AndersDX CM-A510 makes for easy integration in portable and space-constrained designs. Delivering fast processing and a rich multimedia user experience, all in a low-power design, the Anders CM-A510 offers fast Internet browsing, HD video playback, 3D graphics, and a high-resolution camera interface.
Designed with connectivity in mind, the Anders CM-A510 also features full WiFi support, implementing the 802.11b/g/n wireless connectivity standard, and offering a Broadcom 4319 chipset and on-board external antenna connector.
For embedded applications, the Anders CM-A510 features a variety of display interfaces, PCI Express bus, two Gigabit Ethernet ports, high-speed USB ports, SATA interface, serial ports, general-purpose I/O lines and many other essential functions. User interface is supported by an enhanced graphics controller, USB interface for keyboard/mouse and an audio sub-system.
“We continue to enhance our portfolio of powerful yet cost-effective systems-on-module, in response to market demands,” said Rhett Evans of Anders Electronics. “The CM-A510 packs more processing power and more in-demand features into a low power, low cost package with a small footprint. To our clients, this ultimately translates into greater portability and performance, without compromise on either size or ease of integration,” he continued.