June 23, 2026 — Reading, PA: Miri Technologies Inc. has begun shipping its highly anticipated V410 live 4K video encoder/decoder for streaming, IP-based production workflows and AV-over-IP distribution. Winner of a 2026 NAB Show Product of the Year Award and a TV Tech Best of Show Award, the V410 combines outstanding ease of use with […]
Miri Technologies will showcase its V410 live 4K encoder/decoder in North America for the first time at the 2026 NAB Show, scheduled for April 19-22 in Las Vegas. The company will exhibit in booth N1561, where it will also present updates to its X510 dual-cellular bonding router and introduce its new miriOS software platform. The […]
Miri Technologies has announced the launch of its V410 live 4K video encoder/decoder, a compact device designed for streaming, IP-based production workflows and AV-over-IP distribution. The V410 is user-configurable as either an encoder or a decoder. In encode mode, it supports one 4K Ultra HD output at 60 frames per second or two simultaneous 2K […]
Internet connectivity startup Miri Technologies Inc. will use this week’s NAB Show New York as the launch pad for its latest ground-breaking innovation, the new miriOS™ software platform for network routers. Exhibiting in booth 142 at the Javits Center from October 22 to 23, the company will showcase miriOS alongside powerful updates for its award-winning […]
Miri Technologies Inc. has expanded the global availability of its award-winning X510 dual-cellular bonding router with the signing of new distribution partnerships in Australia, Mexico and the United Kingdom. The new agreements represent key milestones in meeting the significant and rapidly growing demand for the innovative internet connectivity solution in regions beyond the United States. […]
Former Grass Valley and NEC executive brings over 20 years of go-to-market experience to award-winning internet connectivity solutions innovator Network technology startup Miri Technologies Inc. has added experienced go-to-market leadership to its management team with the hiring of broadcast and telecommunications industry veteran David Cohen as Vice President of Sales and Business Development. Miri Technologies […]
Already in the area for other reasons, company co-founder bonded satellite and mobile data connections to help residents of the town of Westernport communicate online May 28, 2025 — Reading, PA: Network technology startup Miri Technologies Inc. unexpectedly deployed its own technology to support residents in a small community in Western Maryland during the devastating […]
Innovative solution for resilient, high-performance internet connectivity honored with coveted accolade April 17, 2025 — Reading, PA: Network technology startup Miri Technologies Inc. capped off its tremendously successful NAB Show debut by winning a prestigious 2025 NAB Show Product of the Year Award in the IT Networking/Infrastructure & Security category. As the official awards program […]
Miri Technologies launched the X510 dual-cellular bonding network router this week. The Miri X510 can combine multiple wired and wireless data connections, including 4G, 5G, Starlink, and Wi-Fi, into a single bonded link. Powered by Speedify, a channel bonding technology from Connectify, the purpose-built X510 hardware can bond up to seven direct connections, including integrated, […]
Innovative, purpose-built hardware fuses numerous wired and wireless links to deliver resilient, high-performance internet connectivity anywhere March 17, 2025 — Reading, PA: Miri Technologies Inc. is ramping up for its NAB Show debut in Las Vegas, where the network technology startup will have its own booth for the first time. Exhibiting in booth W2801 in […]
October 8, 2024 — Reading, PA: Network technology startup Miri Technologies Inc. came out of stealth mode today with the launch of the Miri X510 dual-cellular bonding router. The innovative X510 hardware allows users to combine multiple wired and wireless internet connections into a single, highly resilient link that delivers exceptional performance even in remote […]
