{"id":2208,"date":"2026-08-28T05:02:50","date_gmt":"2026-08-28T02:02:50","guid":{"rendered":"https:\/\/risys.sa\/?post_type=product&p=2208"},"modified":"2026-08-28T05:02:50","modified_gmt":"2026-08-28T02:02:50","slug":"broad-wave-p0-poc-4g-poc-handheld-radio","status":"publish","type":"product","link":"https:\/\/risys.sa\/en\/product\/broad-wave-p0-poc-4g-poc-handheld-radio\/","title":{"rendered":"Broad Wave P0-POC 4G PoC Handheld Radio"},"content":{"rendered":"

The Global-PTT P0 4G PoC radio is designed for teams that need group voice communication over cellular and Wi-Fi networks rather than relying only on a local radio footprint. It uses digital PoC technology, provides a PTT control, and supports multiple private or public channels together with encrypted private group communications. A centralized platform handles device tracking and management, while high-clarity audio supports work in noisy environments. IP67 protection, submersibility, and the ability to float give P0 a distinct position within the family: it is a complete, managed field communication unit, not an audio accessory or carrying case. Its compact, lightweight form also supports assignment to mobile personnel.<\/p>\n

How the Global-PTT P0 4G PoC radio works<\/h2>\n

The device uses 4G\/3G and WiFi connectivity to carry PTT conversations through a PoC service. The user presses the transmit control to speak to the selected channel or group, then releases it to listen. An operations administrator can organize teams through private or public channels according to the site’s structure, while encrypted private group communications support conversations intended to remain within a defined group. This architecture fits operations spread across multiple sites or distances beyond a conventional local radio footprint, provided the required network connection is available in the work areas. Support for unlimited users allows the communication community to expand without a fixed stated user ceiling.<\/p>\n

The centralized management platform adds operational oversight above the voice layer. A system manager can track and manage devices from a central point, helping the organization understand which units belong to the active fleet and how they are assigned. The device also supports GPS, aligning location capability with centralized tracking. These functions make the buying decision partly about administration, not only about speaking and listening. The buyer should identify who will own the platform, how groups and channels will be structured, and who is authorized to join private or public channels. That turns each unit into a governed part of the operating system rather than an isolated handheld.<\/p>\n

Saudi-sector deployment scenarios<\/h2>\n

For multi-site facilities management, channels can be organized around security, maintenance, cleaning, and supervision teams, with private communication kept inside the intended groups. In logistics, a coordinator can bring yards, warehouses, and delivery points into a common channel structure where network coverage is available. Event operations can use public channels for shared coordination and private groups for security or organizer communications. For work near water, IP67 protection, submersibility, and floating provide a more suitable basis for the deployment plan than a device without those characteristics. High-clarity audio in noisy environments also supports teams working around vehicle movement, equipment, or active service areas where messages must be understood quickly.<\/p>\n

The compact and lightweight form supports carrying during rounds and mobile shifts. Suitability, however, comes from the combination of network access, channel structure, fleet management, and environmental protection. At a single connected site, management can organize groups by function. Across a distributed operation, personnel from separate locations can participate in assigned channels through the PoC system. When devices work outdoors or near water, the risk plan should include retrieval and inspection after exposure. The unit is submersible and floats, but incident handling remains an operational procedure that the site should define.<\/p>\n

How P0 differs within the family<\/h2>\n

P0 serves a fundamentally different purpose from EAR-Vip and the family’s carrying case. EAR-Vip is an audio and PTT accessory for compatible radios, while the case carries and protects an existing handheld. P0 is a complete digital PoC device combining PTT, cellular and Wi-Fi connectivity, channels, and device management. It therefore fits a project that needs to establish or extend a managed communication system, rather than only change personal listening or carrying practice. IP67 protection and floating also add an environmental capability that the accessories do not represent. The family comparison should start with the operational gap: managed network communication, personal audio, or carrying protection.<\/p>\n

Planning channels and management<\/h3>\n

Before issue, map the users, groups, and channels. Decide which conversations can use public operational channels and which require an encrypted private group. Assign an owner for the tracking and management platform, with a process for adding devices, moving them between users, and changing their assignment when roles change. Test 4G\/3G and WiFi connectivity at every point employees use, including entrances, yards, service rooms, and loading areas. The test should follow the actual shift route because PoC operation depends on a usable network path at the point of work. High-clarity audio should also be assessed in the site’s real noisy areas rather than only in an office.<\/p>\n

The box contains the PoC device, a high-capacity battery, original charger, PTT headset, and user manual. An asset team can use that set as the receiving checklist and build one complete issue pack for each assigned user. Before handover, charge the battery, enroll the unit in the management platform, assign its channels, test PTT and audio, check the PTT headset, and record the user-to-device allocation. A consistent sequence helps prevent a unit being issued without the correct group assignment or with a missing accessory. Chargers and headsets can remain linked to the main device in the custody record.<\/p>\n

Protection and work near water<\/h3>\n

Where the deployment depends on IP67 protection and floating, include the device in a clear water-exposure procedure. Users should know how to retrieve a floating unit and route it for inspection under the organization’s equipment policy before continued service. The safety lead can also choose a carrying position that reduces drops while keeping PTT accessible. After a field incident, check audio, connectivity, controls, and charging as part of the return-to-service process. The protection rating should support the risk plan, while site procedures continue to reduce exposure and define the response when exposure occurs.<\/p>\n

Buying criteria for P0<\/h2>\n

P0 fits an organization that needs digital PTT over cellular and Wi-Fi links, multiple channel choices, encrypted private groups, and centralized device management. The case becomes stronger where teams work in noisy areas or near water and require IP67 protection and a floating unit. Before approval, a site trial should confirm connectivity along real work routes, while user testing should confirm audio clarity and straightforward PTT operation. The organization should also appoint a clear platform owner and approve a manageable channel structure. When those elements are in place, the device can be deployed as part of a unified system linking the user, channel, unit, and central oversight.<\/p>\n

Package Contents<\/h2>\n