Vislink and Mobile Viewpoint and will be exhibiting in person at this year’s Milipol Asia Pacific in Singapore (Stand #2421) and Milipol Qatar in Doha, Qatar (Stand # J020) Our teams will be onsite displaying our latest equipment for MilGov and surveillance applications. These are the largest regional homeland security events in the Asia Pacific and Middle East regions, respectively.
Milipol Asia Pacific
Dates: May 18-20
Location: Sands Expo and Convention Centre, Singapore
Event link: www.milipolasiapacific.com
Dates: May 24-26
Location: Doha Exposition and Convention Center, Doha, Qatar
Event link: www.milipolqatar.com
Read our official press release announcing our appearance at the events: https://www.vislink.com/2022/05/13/vislink-to-showcase-latest-milgov-live-video-surveillance-systems-at-milipol-asia-pacific-and-qatar-2022/
For meeting requests please reach out to your Vislink representative or contact us at this link.
We will be updating this page regularly with new show-related info as we make it available. We hope to see you in person.
DATA SHEETS FOR VISLINK AND MOBILE VIEWPOINT PRODUCTS BEING DISPLAYED AT MILIPOL
AeroLink Transceiver: world’s first COFDM/Mesh/5G downlink solution
CIRAS-X6: Six-way central receiver integrated system
Mobil Commander HD: Ruggedized dual-diversity handheld receiver/monitor
MSAT: a highly portable tri-band satellite antenna system that can be set up in as little as five minutes, making it ideal for satellite newsgathering, secure military communications, timely broadcasts, emergency services and disaster recovery;
Quantum Receiver: an IP-native, high-performance RF receiver which enables production teams to fully implement remote production systems to incr
Mobile Viewpoint BaseLink: a market-leading mid-range WMT mobile encoder that is widely used by numerous global broadcasters and public agencies for their critical live streaming needs;
Mobile Viewpoint UltraLink: a backpack transmitter that delivers true 50/60 frames-per-second 4K and Ultra HD video quality from the field using 4G bonding technology;