Alltek Technology Corp. Joins SDVoE Alliance as a Contributing Member

sdvoe-alliance-new-memberMONTREAL — Jan. 15, 2020 — The SDVoE Alliance® today announced Alltek Technology Corp., a leading communication components distributor and solution provider with offices throughout China, has joined the alliance as a contributing member.

“As a long-standing distributor for Semtech BlueRiver® chipsets and complementary technologies, we have invested to help build the market for SDVoE™ in China,” said Frank Zhong, product manager at Alltek. “We are proud to join the SDVoE Alliance as a contributing member and look forward to continued collaboration with our many SDVoE Alliance member customers.”

“Alltek recognized the potential of the BlueRiver technology in the early days and has grown to be a lead partner for SDVoE ecosystem development in China,” said Charles Dobson, director of development for the SDVoE Alliance. “Manufacturers value Alltek’s full range of design services and technical support and we all appreciate their participation in tradeshows and other events supporting SDVoE throughout China.”

About Semtech BlueRiver

Semtech’s award-winning BlueRiver platform enables Pro AV equipment manufacturers to create complete SDVoE-compatible product lines. It is the only technology that can combine all the capabilities needed for an AV distribution or processing application environment onto a single chip with a software defined Application Programming Interface (API). The BlueRiver platform delivers a single programmable system on chip (SoC), which can be used to replace traditional AV/KVM extenders, matrix switchers, videowall controllers and windowing processors with a simple network of transmitters, receivers and off-the-shelf Ethernet switches. BlueRiver NT chipsets are the industry’s first to transport uncompressed, zero-latency UltraHD/4K HDR over standard Ethernet. The BlueRiver API standard interface manages switching, configuration and processing with single system-level control for any number of interoperable SDVoE endpoints. For more information, visit