Adder Strikes Gold Again: Wins Best of Show TVTech Award!

Adder Strikes Gold Again: Wins Best of Show TVTech Award!

Adder Technology continues to shine brightly, with its groundbreaking product, the ADDERLink® INFINITY 3000 (ALIF3000), once again taking center stage. Hot on the heels of winning 'Best of Show IBC 2023' award, the ALIF3000 adds another feather to its cap by clinching the prestigious 'Best of Show NAB 2024, TVTech' award. This achievement solidifies the ALIF3000's position as a multi-award-winning product, further reaffirming Adder's commitment to excellence in connectivity solutions.

A Legacy of Excellence: Building on Past Success
The ALIF3000 bridges the gap between physical and virtual KVM environments. Delivering real-time access to unlimited physical KVM data and VMs from a single human-machine interface (HMI) the ALIF3000 enables seamless and secure switching between physical and virtual machines. The recognition garnered from the 'Best of Show IBC 2023' award underscored the significance of the ALIF3000's recent upgrades, including enhanced VDI protocols, UHD support, digital DisplayPort audio, and streamlined USB connectivity.

Continuing the Journey: Redefining Connectivity
Now, with the addition of the 'Best of Show NAB 2024, TVTech' award to its list of accolades, the ALIF3000 solidifies its status as a trailblazer in the realm of IP KVM connectivity solutions.

Experience Excellence: Explore the ALIF3000 Today
As a multi-award-winning product, the ADDERLink INFINITY 3000 stands as a testament to Adder's commitment to excellence and innovation. To learn more about this innovational solution and the entire ADDERLink INFINITY Range, reach out to one of our KVM experts or explore the ALIF3000 here.

Join us as we celebrate another milestone in our journey towards redefining connectivity and shaping the future of technology with the ADDERLink INFINITY 3000.

Related

Press Contact

Laura Robinson
Senior Marketing Manager

laura.robinson@adder.com | +44 (0) 333 2079 766

About Adder Technology