Life at TXO: Meet Daniel, our asset management rep in Brazil
In this Q&A, Daniel tells us about his role and history in TXO, spanning a total of 10 years
The strategic importance of decommissioning
A closer look at the added benefits, discover the importance of decommissioning network hardware
Lynx is now part of the TXO group
The acquisition brought together TXO’s multi-vendor telecoms equipment expertise with Lynx’s highly respected field services, support, and lifecycle asset management solutions.
Comparing carbon savings: refurbished vs. newly manufactured
Featuring insights from our interview with Luis Neves, CEO of the Global Enabling Sustainability Initiative (GeSI), this article explores how the circular economy is helping to shape a more sustainable telecoms industry.
Unleashing the potential of copper-off in the telecoms industry
The transition from copper to fibre & the gold mine that awaits. The telecom network industry is witnessing a transformative shift from traditional copper-based infrastructure to modern digital networks.
BT Group extends partnership with TXO
We are proud to support BT Group’s circular networks sustainability initiative through the award-winning ECO (Exchange Clearance Operation) programme. As a trusted partner, TXO plays a vital role in enabling BT to reuse, resell and recycle legacy equipment from telephone exchanges across the UK, delivering both environmental and operational benefits.
Infinera vs. Ciena: Comparing two optical powerhouses
How do they compare?
What happened to Nortel? The rise and fall of a Canadian legend
Nortel Networks Corporation was declared bankrupt in 2009 after almost a decade of financial mismanagement by its executive team.
Understanding QSFP+ and its applications in your network
QSFP+ is a type of pluggable transceiver used to connect a network device to a copper or fibre optic cable.
BT Group embraces circular economy as catalyst for sustainability
Making significant strides in BT Group’s sustainability journey
What is the difference between a router and a switch?
Simply put, a switch connects and allows communication of multiple devices within a network, whilst a router connects different networks together.
How does a fibre optic transceiver work?
Quick answer. A fibre optic transceiver works by converting electrical signals from network equipment into modulated light signals, which it then sends through a fibre optic cable to a matching transceiver at the other end of the cable.