Next-Gen 3G/HD-SDI Interface Board for Tamron Block Camera MP1010M-VC

• The TL8651 supports the video transmission of uncompressed image signals with 3G-SDI (SMPTE ST424M Level A) and HD-SDI (SMPTE292M) and now offers a maximum resolution of 1080 p with an image frequency of 60 Hz.
• The TL8651 video interface board can be mounted directly to the side of the Tamron MP1010M-VC camera module and the interface board form factor is optimal adjusted to the dimensions of the camera

Aivion, a provider of video interface solutions, has announced the next generation of the 3G/HD-SDI interfaces for the Tamron Ultra-Compact Camera Module MP1010M-VC. The Interface Board TL8651 can be mounted on the side of the camera. With a size of 60 mm to 36 mm, the board fits the size of the camera and is suitable for security and surveillance applications and a range of customizations.

The Tamron camera is connected via the LVDS video interface. The new interface board TL8651 supports beside 1080p (50Hz, 30Hz, 25Hz), 720p (60Hz, 50Hz) and 1080i (60Hz, 50Hz) also 1080p60Hz. The uncompressed image signals are transmitted according to the standard SMPTE ST424M Level A (3G-SDI) and SMPTE292M (HD-SDI). The Tamron camera module MP1010M-VC can be controlled via the RS232 interface with the Aivion Camera Control Software.

The boards have a right-angled DIN7A connector. On request, the boards can be supplied with varies other connector options and angles.

The evaluation kit TL8651-EVK-MP1010M-VC contains all items to connect camera, interface and monitor and computer/control unit. The kit contains a Tamron MP1010M-VC Camera, a 3G/HD-SDI Board (TL8651-D-RA), aPower supply and control interface board (EK-PA1100), a 1-meter connector cable with a 75Ω BNC Straight Plug and a 75Ω DIN Straight Plug — certified for 3Gbps (TL-EVK-DIN-BNC-1) and a base cable kit (TLCK-B).

Tamron MP1010M-VC with optical vibration compensation feature

Tamron announced the first block camera MP1010M-VC in January 2016. An Omnivision sensor is built in. The camera assures high-quality image stabilization when images are captured in a vibrating environment.