Peplink MAX BR2 Pro 5G
The Peplink MAX BR2 Pro 5G not only surpasses in ruggedness, but also offers cutting-edge connectivity with its dual 5G connections, Wi-Fi 6 functionality and Power over Ethernet (PoE) input. This combination of advanced technologies ensures an indestructible connection in every conceivable scenario. With the addition of dual 5G connections, the BR2 Pro places itself at the forefront of wireless connectivity. These high-speed 5G connections provide super-fast and reliable Internet access, allowing organizations to take advantage of the latest generation of mobile networks.
The integration of Wi-Fi 6, the latest standard in wireless technology, optimizes the performance of the local wireless network. This results in faster speeds, improved capacity and more efficient operation of wireless devices connected to the network. In addition, the PoE input adds another layer of versatility. This allows PoE-enabled devices, such as security cameras or access points, to be powered directly through the BR2 Pro 5G, eliminating the need for additional power adapters. This impressive combination of features makes the Peplink MAX BR2 Pro not only a powerful router, but also a leading solution for organizations that depend on a reliable, fast and versatile network connection. Whether for mission-critical applications or supporting large-scale network requirements, the BR2 Pro 5G guarantees unbreakable connectivity in any situation.
WAN options abound for the MAX BR2 Pro 5G
With its extensive range of WAN options, the Peplink MAX BR2 Pro 5G distinguishes itself by enabling seamless failover, resulting in uninterrupted data flow even in the most critical conditions. This router is designed with the intention of providing reliability and continuity in data transmission. The BR2 Pro’s versatility is further emphasized by its Gigabit routing speed, which allows high-speed data transfers. This is critical for modern businesses that depend on fast and efficient communication.
In addition, the addition of a serial port for Out-of-Band Management (OOBM) provides additional functionality for a wide range of Software-Defined Wide Area Network (SD-WAN) deployments. This feature is invaluable to network administrators because it allows them to remotely access and manage the network, even in cases where the primary network is inaccessible. Whether securing mission-critical applications, supporting large-scale network requirements, or facilitating an advanced SD-WAN deployment, the Peplink MAX BR2 Pro 5G provides the versatility and reliability needed for the challenges of modern connectivity.
Made for Vehicle Applications
Ensuring a reliable power supply in mobile environments is vital, and the Molex Micro-Fit power connector provides an excellent solution. With its wide input power range and Ignition Sensing capabilities, this connector is a guaranteed fit for vehicle installations.
The Molex Micro-Fit power connector offers a flexible input power range, making it suitable for different voltages commonly found in mobile applications. This ability to adapt to different electrical conditions ensures a stable power supply even in demanding and dynamic environments. The Ignition Sensing feature adds another layer of intelligence to the connector. This allows the connector to respond to the vehicle’s ignition signal. This means that the power supply can be automatically adjusted based on the vehicle’s ignition state, which not only promotes efficiency but can also extend battery life. Whether powering electronic equipment, communications equipment or other essential systems in a vehicle, the Molex Micro-Fit power connector provides a reliable and intelligent solution for managing power in a variety of mobile applications. This allows vehicles to operate smoothly even under variable and challenging conditions.
PoE integration
The Peplink MAX BR2 Pro not only stands out for its advanced connectivity, but also offers seamless expansion of your existing SD-WAN infrastructure thanks to its PoE input feature. This feature allows you to easily add dual LTE/5G connectivity to your network, using only one cable for both power and data. It’s as simple as that. By incorporating Power over Ethernet (PoE), the BR2 Pro eliminates the need for separate power cables for your equipment. A single cable can handle both power and data transmission, greatly simplifying network installation and management.
The addition of dual LTE/5G connectivity means that the router provides a reliable backup option for your SD-WAN, ensuring network continuity even in the event of primary link failure. This integrated functionality makes the Peplink MAX BR2 Pro not only powerful in performance, but also extremely efficient and easy to use. It enables businesses to quickly and reliably enjoy the benefits of SD-WAN, with an added layer of flexibility and reliability thanks to dual LTE/5G connectivity and PoE input functionality.
eSIM and SIM injector support
With built-in eSIM and SIM injector support, the Peplink MAX BR2 Pro maximizes your options by enabling flexible remote SIM management. These features offer significant benefits for managing and maintaining your wireless connectivity.
- eSIM support: The BR2 Pro’s built-in eSIM support allows you to easily switch mobile carriers without having to replace physical SIM cards. This is especially useful for locations where physical access to the device is difficult. In addition, eSIM switching enables rapid response to changing network conditions and coverage.
- SIM injector support: SIM injector functionality allows you to manage SIM cards remotely. This is especially valuable in situations where the device is in a hard-to-reach location or in an environment where physical access is limited. The ability to manage SIM cards remotely maximizes operational efficiency and minimizes the need for physical intervention.
By incorporating these advanced SIM management features, the Peplink MAX BR2 Pro not only increases the flexibility of your connectivity, but also allows you to quickly respond to changing conditions, optimize coverage and simplify maintenance, all remotely. This contributes to robust and reliable wireless connectivity even in challenging environments.
