Orange selects FrontLink 58 wireless solution for its 4G network

Orange has installed the FrontLink 58 wireless solution from EBlink on its 4G network.

EBlink’s solution allows for faster and easier deployment of 4G and future 5G networks, the company said.

The FrontLink58 system provides spectral efficiency: over 7 Gbps CPRI on a wireless link within a 100MHz bandwidth. The company expects to double this technical performance in 2015.

EBlink is actively engaged in partnerships to accelerate the distribution of their products internationally, said Alain ROLLAND, EBlink’s founder and CEO.

“Everything indicates that mobile network architectures will rely on Fronthaul links, to enable the use of those technologies essential for the high-speed service expected (Comp, Massive MIMO, etc.),” said Christian BITTAR, EBlink’s co-founder and COO.

eblink

“Studies have shown that within these architectures, wireless fronthaul links allow for a decrease in deployment costs of around 30 percent. Our wireless fronthaul technology was developed with this in mind,” BITTAR added.

“In just a few months, EBlink has demonstrated that it can attain the ambitious performance levels predicted. It’s remarkable,” said Jean-Luc Vuillemin, director of the Orange France network.

EBlink will be present the technology at the Mobile World Congress in Barcelona.

editor@telecomlead.com

 

Latest

More like this
Related

India Telecom Industry to See 12–14% Profit Growth in FY26 on Rising Data Usage, Higher ARPU, and 5G Push: CRISIL

India’s telecom industry is set for strong financial performance...

Vodafone Idea’s Q1FY26 results: Revenue soars as 5G and 4G expansion drives growth

Vodafone Idea has reported a quarterly revenue of Rs....

Indonesia sees major mobile network gains as 4G surpasses 90% coverage, 5G expansion remains urban-focused

Indonesia’s mobile network performance has improved significantly between Q2...

Zain Group H1 2025 revenue jumps 14% to $3.5 bn, customer base up 9%

Zain Group posted strong financial growth in H1 2025,...