Hytera announces On-demand LTE Mesh Device for Critical Missions
Hytera Communications, a leading global provider of professional communications technologies and solutions, has recently released its latest version of broadband mesh portable device E-mesh580P, engineered to offer robust link of voice, data, and video for on-site taskforces and the command center in challenging environments devoid of access to communications infrastructure.
Its versatility, usability, and portability make it an ideal on-demand communication system for critical missions of Public Protection and Disaster Relief (PPDR) agencies.
Requiring no backbone infrastructure, E-mesh580P can be rapidly deployed to establish a reliable network in absence of the public network. It boasts an impressive networking capability that ranges from high throughput to stable transmission links, from relay to flexible network topologies.
Leveraging 4G LTE and 5G NR technologies, E-mesh580P can form up to 32 nodes and a peer-to-peer wide-coverage network without a core node to achieve long-distance connectivity and blind area coverage.
E-mesh580P links to video equipment or dual-mode rugged radios with wired or wireless connection. It enables rescue professionals to transmit audio and video multimedia data to the command office in real time, which is vital for dealing with disasters such as wildfires, floods, and earthquakes, which usually cause damage to the power grid and communications infrastructures; the mesh devices can be a lifeline for rescue teams in this case.
E-mesh580P offers unparalleled usability with its compact and lightweight design. The device can be backpacked or easily installed on a vehicle, and allows users to quickly get vital information through the OLED display, LED indicator, or beep alert. The group voice call services enable team members to stay connected on the scene for better collaboration during deployment.
Whether in MIMO, Conventional, or Carrier Aggregation modes, E-mesh580P has a strong anti-interference capability to cope with different electromagnetic environments. Therefore, it delivers reliable connectivity regardless of the location and environment.
