Compact capture cards to be unveiled at IBC2017

All four Eco Capture models will make their European debut in stand 8.A84 at the upcoming IBC2017 exhibition, 15th to 19th September in Amsterdam.

Suitable for use in small and embedded systems where full-sized PCIe slots are not available, the cost-effective Eco Capture family complements Magewell's flagship Pro Capture series by offering OEM customers a robust capture solution with low power consumption for space-limited applications.

The first four Eco Capture models feature a high-speed PCIe 2.0 bus interface with an M.2 connector and measure just 22x80mm (0.87x3.15"), matching the M.2 2280 size specification. Power consumption by the Eco Capture cards is 30 to 70% lower than Magewell's Pro Capture cards with similar input signal connectivity and channel count.

First introduced at InfoComm 2017, the Eco Capture HDMI 4K M.2 captures one channel of 4K video up to 4096x2160 at 30 frames per second via HDMI, while the dual-channel Eco Capture Dual HDMI M.2 and Eco Capture Dual SDI M.2 capture HD or 2K video up to 1080p60 over HDMI or SDI interfaces, respectively. The newest addition to the product line, the Eco Capture Quad SDI M.2, doubles the latter offering's channel density, capturing four concurrent HD or 2K SDI source signals.

"The Eco Capture family enables OEM developers to incorporate Magewell's renowned capture quality and reliability into smaller products with lower power consumption, and customer feedback on the product line has been very positive since its introduction," said James Liu, Vice President of Engineering at Magewell. "We are excited to now be shipping the first Eco Capture model, and we will continue to develop additional new configurations in response to OEM customer needs."

The M.2 Eco Capture models are available with drivers for Windows and Linux operating systems. OS-native capture APIs including DirectShow, DirectKS, V4L2 and ALSA are supported, and a comprehensive SDK enables developers to directly access the full feature set of the cards.

Stream replication enables each input channel to be delivered to multiple software applications simultaneously with identical capture parameters. FPGA-based video processing provides high-quality up/down/cross-scaling, picture controls and color space conversion without tasking the host system CPU, while additional processes are performed by software. All four models also support up to eight channels of embedded audio per input.