2018
TrueBOND Lite
The 2018 TrueBOND lite holds a special place in the lineup as the very first spark that started it all. Introduced in 2018, this first-generation software-based internet bonding solution was born out of a clear problem: hardware bonding routers at the time were incredibly expensive, bulky, and out of reach for smaller operations.
2020
TrueBond 30
The 2020 TrueBOND 30 (1st Gen) marked a massive milestone for the product line. It was the historic transition point where TrueBOND expanded from a pure software-defined solution (like the 2018 lite model) into dedicated, purposeful hardware engineering.
Launched in 2020, this first-generation hardware unit was built specifically to eliminate the "cable mess" of field operations, moving away from loose external USB modems and replacing them with a single, integrated, 3-carrier appliance.
2022
TrueBOND V
The TrueBOND V (4-SIM + 1-WWAN), introduced in 2022, represents the heavy-duty enterprise flagship model of the TrueBOND lineup. While the TrueBOND 30 provided portable 3-SIM connectivity for standard field operations, the TrueBOND V was engineered for extreme, mission-critical environments—such as broadcasting live high-definition video feeds, outfitting emergency response vehicles, or anchoring remote industrial sites where network failure is absolutely not an option.
2024
TrueBOND Pro
The 2024 TrueBOND Pro stands as the absolute pinnacle of the TrueBOND evolution. Introduced in 2024, this flagship model represents a massive jump in both raw processing power and user experience.
While previous models like the TrueBOND V mastered multi-link network convergence, the TrueBOND Pro elevates the lineup into an entirely new class of broadcast-grade, mission-critical infrastructure by introducing a massive 6-SIM array alongside an all-new, built-in 5-inch dashboard display.
2026
TrueBOND 5G
The upcoming TrueBOND 5G, slated for release at the end of 2026, marks the next major leap in the TrueBOND evolution. It is engineered specifically to harness the massive throughput and ultra-low latency of modern 5G stand-alone and non-stand-alone networks, while maintaining a highly dependable, carrier-diverse fallback architecture.
This model transitions the lineup into the true high-speed gigabit era, making it an ideal future-proof gateway for high-definition mobile broadcasting, cloud-based field workflows, and remote enterprise connectivity.
