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Reliable connectivity is no longer a luxury for organizations operating in remote or underserved locations. From emergency response teams and energy companies to broadcasters, field personnel, defense organizations, humanitarian agencies, and remote infrastructure operators, having access to dependable broadband communications can be critical to maintaining operations.
The Thuraya IP+ is a compact and portable mobile satellite broadband terminal designed to provide IP connectivity in locations where terrestrial communication networks may be unavailable or inadequate. Developed for mobility, rapid deployment, and demanding field applications, Thuraya IP+ combines an integrated antenna, satellite connectivity, Wi-Fi, Ethernet networking, and battery-powered operation in a compact terminal weighing only 1.4 kg.
According to the supplied Thuraya product documentation, Thuraya IP+ provides data speeds of up to 444 kbps on Standard IP and 384 kbps on Streaming IP. Its compact design allows users to move from carrying the terminal in a backpack to establishing broadband connectivity within seconds. The terminal is designed to operate across Thuraya’s satellite coverage area, which extends across 161 countries in Asia, Africa, Australia, Europe, and the Middle East.
For organizations that require reliable communications outside conventional terrestrial networks, Thuraya IP+ provides a practical satellite-based connectivity solution.
Thuraya IP+ is a mobile satellite broadband terminal designed to provide IP-based data connectivity through the Thuraya satellite network.
Traditional terrestrial broadband depends on infrastructure such as fiber-optic networks, cellular towers, microwave links, and fixed-line connections. In remote locations, these networks may be unavailable, damaged, unreliable, or too expensive to deploy.
Satellite communication provides an alternative because the terminal can communicate directly with a satellite rather than depending on local terrestrial infrastructure.
Thuraya IP+ is designed specifically around this principle. Its integrated antenna and compact construction eliminate the need for a large external satellite antenna in typical deployments. The supplied documentation describes it as a compact and portable broadband terminal capable of deployment in locations covered by the Thuraya satellite network.
This makes Thuraya IP+ particularly useful for field teams, temporary installations, emergency response operations, remote industrial locations, and mobile personnel.
Thuraya IP+ combines several capabilities in a single portable platform.
Thuraya IP+ supports two principal IP service modes:
The Standard IP service is suitable for conventional data communications, while Streaming IP is designed for applications that require a more consistent streaming connection.
The terminal is therefore capable of supporting applications such as Internet access, email, file transfer, VoIP, video conferencing, surveillance, and other IP-based services depending on the bandwidth requirements of the application.
For field organizations, this capability can make an important difference. A team does not necessarily need to establish terrestrial infrastructure before beginning communications; instead, the satellite terminal can be deployed in an appropriate coverage area.
Portability is one of the defining characteristics of Thuraya IP+.
The complete terminal and battery weigh approximately 1.4 kg, while the physical dimensions are only 216 mm × 216 mm × 45 mm.
The relatively small footprint makes it practical for personnel who need to transport communications equipment between locations.
This is particularly valuable for:
The compact form factor means the terminal can be carried alongside other field equipment rather than requiring a dedicated vehicle or permanent installation.
A major advantage of Thuraya IP+ is its focus on rapid deployment.
The supplied documentation describes the terminal as capable of moving from backpack to broadband in a matter of seconds, with plug-and-play features designed to simplify field operation.
This is particularly important in situations where communications must be established quickly.
For example, following a natural disaster, an emergency response team may arrive in an area where cellular infrastructure has been damaged. Instead of waiting for terrestrial communications to be restored, personnel can deploy a satellite terminal and establish connectivity through the satellite network.
The same principle applies to remote industrial operations, temporary camps, infrastructure projects, and field reporting.
Bandwidth efficiency is an important consideration for satellite communications.
Thuraya IP+ supports asymmetric streaming, allowing users to configure upload and download speeds at different rates according to their requirements. This can help organizations optimize bandwidth consumption and reduce communication costs.
This feature can be particularly useful when an application requires substantially more download bandwidth than upload bandwidth, or vice versa.
For example, a remote reporting team may need higher upload capacity when transferring large reports, images, or video material to headquarters. Conversely, a team primarily receiving information from a central office may prioritize download capacity.
This flexibility allows the satellite connection to be configured around the actual operational requirement rather than using a one-size-fits-all bandwidth profile.
The Thuraya IP+ documentation also highlights the availability of an unlimited data usage plan.
According to the supplied material, the unlimited plan can support applications such as video conferences, file transfers, and other high-bandwidth applications at a fixed monthly rate.
For organizations with predictable but substantial satellite data requirements, a fixed monthly service structure can make operational budgeting easier.
It can also help teams use applications that might otherwise be restricted by usage-based billing.
Satellite terminals frequently operate in challenging outdoor environments. Thuraya IP+ is designed with this requirement in mind.
The terminal has an IP55 Ingress Protection rating, providing protection against dirt, dust, water, oil, and other non-corrosive materials according to the supplied product documentation.
Its specified operating temperature ranges are:
The storage temperature specification is:
The terminal is also specified for 95% relative humidity at 40°C.
These specifications make the terminal suitable for consideration in a wide variety of outdoor and field environments.
Another important feature of Thuraya IP+ is its integrated Lithium-Ion battery.
The supplied specifications state that the battery provides:
The battery type is Lithium-Ion.
Battery operation is particularly useful for mobile teams that may not have continuous access to electrical infrastructure.
At the same time, Thuraya IP+ can operate using its external power supply when a permanent or temporary AC power source is available.
The supplied documentation specifies an external main power adapter supporting:
100–240 V AC, 50–60 Hz
with an output of:
19 V DC, 3.4 A.
This makes the terminal adaptable to different electrical environments.
Thuraya IP+ is designed not simply as a satellite modem but as a networking platform.
The terminal includes an Ethernet RJ-45 interface, allowing users to connect compatible computers, network equipment, or other IP devices through a wired connection.
It also includes integrated WLAN connectivity based on IEEE 802.11 b/g/n.
The WLAN functionality includes:
These features provide network-management capabilities that can be valuable when multiple users need to share the satellite connection.
For example, a temporary field office could use the Thuraya IP+ terminal as the satellite gateway while multiple personnel connect through Wi-Fi.
Configuration and management are simplified through a web-based graphical user interface.
The supplied documentation states that the user interface is accessible through a standard web browser.
This approach eliminates the need for specialized configuration software and allows users to manage the terminal using conventional network-enabled devices.
For field technicians, this can make setup and configuration more straightforward.
Thuraya IP+ also provides an external antenna interface and GPS connectivity.
The technical documentation identifies the external antenna connections as:
These interfaces provide additional flexibility for deployments where external antenna connectivity or GPS functionality is required.
Thuraya IP+ operates within the coverage area of the Thuraya satellite network.
According to the supplied document, the network coverage extends across 161 countries in Asia, Africa, Australia, Europe, and the Middle East.
This geographic footprint is particularly relevant for organizations operating across multiple regions.
However, customers should always confirm actual service availability at the intended deployment location before purchasing or deploying the system.
Thuraya IP+ is designed for a broad range of enterprise, public-service, and mission-critical applications.
Natural disasters can disrupt terrestrial communications infrastructure.
Emergency response organizations can use satellite broadband to establish communications in areas where conventional networks are unavailable or damaged.
The Thuraya documentation specifically identifies disaster response and relief work as important application areas for Thuraya IP+.
Remote medical teams can use satellite connectivity to communicate with hospitals, specialists, and headquarters.
The supplied documentation identifies telemedicine as one of the mission-critical applications supported by Thuraya IP+.
This can be particularly valuable when medical personnel are operating in remote locations.
Remote energy and mining operations often operate far away from major telecommunications infrastructure.
Thuraya identifies applications across oilfield operations, mining, utilities, and other energy-related activities. Satellite connectivity can support remote information transfer, operational coordination, and decision-making.
Thuraya IP+ can support applications associated with remote infrastructure, including pipeline operations and remote assets.
The supplied solution list includes SCADA and telemetry, underwater pipeline and cable repair, vehicle and remote asset tracking, and other specialized applications.
Field journalists and broadcast teams often need to transfer information from locations without reliable terrestrial broadband.
Thuraya IP+ can support data connectivity for field reporting and media operations, including applications involving file transfers, Internet access, and other IP-based communications.
The product documentation identifies defense and national-interest applications as another important use case.
Thuraya describes the terminal as supporting deployed teams that require stable connectivity with command centers and advanced applications.
The supplied Thuraya IP+ documentation lists an extensive range of possible solutions and applications, including:
These capabilities demonstrate that Thuraya IP+ is intended to serve as more than a simple satellite Internet terminal. It can form part of a broader communications architecture for enterprise and mission-critical operations.
| Specification | Thuraya IP+ |
|---|---|
| Product Type | Mobile Satellite Broadband Terminal |
| Standard IP Speed | Up to 444 kbps |
| Streaming IP Speed | Up to 384 kbps |
| Weight | 1.4 kg including terminal and battery |
| Dimensions | 216 × 216 × 45 mm |
| Operating Temperature – External Supply | -25°C to +55°C |
| Operating Temperature – Battery | 0°C to +50°C |
| Storage Temperature – With Battery | -20°C to +60°C |
| Storage Temperature – Without Battery | -25°C to +80°C |
| Operating Humidity | 95% RH at 40°C |
| Mechanical Vibration | 200–2000 Hz, 0.3 m/s |
| Mechanical Standard | MIL-Spec 810B |
| Unpacked Drop | 0.5 m onto concrete surface |
| Ingress Protection | IP55 |
| External Power Input | 100–240 V AC, 50–60 Hz |
| Power Supply Output | 19 V DC, 3.4 A |
| Battery Type | Lithium-Ion |
| Standby Battery Life | Up to 36 hours |
| Continuous Transmission | 1 hour at highest rate |
| Ethernet Interface | RJ-45 |
| WLAN | IEEE 802.11 b/g/n |
| WLAN Security | WEP, WPA, WPA2 |
| Network Features | SSID control, DHCP, MAC filtering |
| User Interface | Web-based graphical user interface |
| External Antenna Interface | GPS and one antenna connector |
| Coverage | 161 countries across Asia, Africa, Australia, Europe and Middle East |
| Compliance | CE, EMC 301 444, 301 489, IEC 60950 |
The specifications above are based on the supplied Thuraya IP+ technical documentation.
The strongest advantages of Thuraya IP+ can be summarized in several areas.
At only 1.4 kg including the battery, Thuraya IP+ is designed for personnel who need to move their communications equipment between locations.
The terminal is designed to transition from portable equipment to an operational broadband terminal within seconds, making it valuable for emergency and temporary deployments.
The integrated antenna eliminates the need for a separate external antenna in standard deployments, simplifying transportation and setup.
Ethernet and integrated Wi-Fi allow multiple types of devices to connect to the terminal.
Integrated Lithium-Ion battery operation allows the terminal to function even when external electrical power is unavailable.
The IP55 rating, wide temperature specifications, vibration specifications, and drop specification support field deployment.
Asymmetric streaming allows organizations to configure bandwidth according to their application requirements.
From Internet access and email to SCADA, telemetry, video surveillance, VoIP, VPN, tracking, and emergency communications, the terminal can support a wide range of IP applications.
For organizations looking for professional satellite communication equipment, selecting the correct terminal is only one part of the solution. Availability, configuration, technical compatibility, and service requirements are equally important.
VSATPlus provides satellite communication and RF equipment for professional users and organizations, including solutions for remote connectivity, VSAT networks, enterprise communications, maritime and field applications.
VSATPlus offers the Thuraya IP+ for customers requiring compact and portable satellite broadband connectivity.
Whether the requirement is for emergency response, remote industrial operations, field communications, telemedicine, broadcasting, infrastructure monitoring, or enterprise connectivity, VSATPlus can assist customers in sourcing the appropriate Thuraya equipment.
Before ordering, customers should confirm the intended operating location, required service plan, connectivity requirements, and application requirements to ensure that the Thuraya IP+ solution is appropriate for their deployment.
For pricing, availability, and ordering information, contact VSATplus and specify that you are interested in the Thuraya IP+ Mobile Satellite Broadband Terminal.
The Thuraya IP+ is a compact and portable satellite broadband terminal designed for organizations and individuals that need reliable IP connectivity beyond the reach of conventional terrestrial networks.
With up to 444 kbps Standard IP and 384 kbps Streaming IP, integrated antenna technology, Ethernet connectivity, IEEE 802.11 b/g/n Wi-Fi, Lithium-Ion battery operation, a 1.4 kg portable design, and an IP55-rated enclosure, Thuraya IP+ combines mobility and satellite connectivity in a practical field-oriented platform.
Its applications extend across disaster response, telemedicine, energy exploration, mining, utilities, defense, broadcasting, remote infrastructure, SCADA and telemetry, vehicle tracking, secure VPN connectivity, video conferencing, surveillance, and other mission-critical operations.
The terminal’s ability to operate from either external power or its internal battery further increases its flexibility, while Wi-Fi and Ethernet interfaces allow it to serve as a connectivity platform for multiple users and devices.
For organizations operating in remote or infrastructure-limited environments, the ability to rapidly establish a satellite-based IP connection can significantly improve operational continuity and communications.
VSATPlus offers Thuraya IP+ for professional satellite communication requirements. Contact VSATPlus for current pricing, availability, ordering, and assistance in selecting the appropriate satellite connectivity solution for your application.
