Satellite WAN Architect

Wlgroup in Mons, Belgium, seeks an experienced network engineer to design, operate and optimise satellite network architectures (hub-and-spoke, mesh, point-to-point, P2MP). You will support integration and management of hybrid satellite services, both military and commercial, and design end-to-end IP services across satellite and terrestrial...

WLG is seeking an experienced Satellite Network Engineer to design, integrate and operate complex satellite and hybrid IP services from Mons, Belgium. You will work across hub-and-spoke, mesh, and point-to-point topologies, translating requirements into robust network solutions and performance reporting.The role requires 5+ years in IP networking, strong...

Wlgroup in Belgium, Mons, seeks an experienced network engineer to design, implement and optimise satellite-enabled IP services across terrestrial and satellite links. You will work on hub-and-spoke, mesh and point-to-point architectures in operational deployments and exercises.You should have five years in IP networking, CCNA/CCNP, and hands-on experience...

Satellite links behave nothing like the rest of a network: the latency is fixed by physics, the bandwidth is expensive, and the failure modes are their own discipline. This post provides the engineering behind those links and their integration into the wider IP estate - architecture and design at one end, and end-to-end fault diagnosis at the other. The...

Satellite links behave nothing like the rest of a network: the latency is fixed by physics, the bandwidth is expensive, and the failure modes are their own discipline. This post provides the engineering behind those links and their integration into the wider IP estate — architecture and design at one end, and end-to-end fault diagnosis at the other. The...

Satellite links behave nothing like the rest of a network: the latency is fixed by physics, the bandwidth is expensive, and the failure modes are their own discipline. This post provides the engineering behind those links and their integration into the wider IP estate — architecture and design at one end, and end-to-end fault diagnosis at the other. The...

Satellite links behave nothing like the rest of a network: the latency is fixed by physics, the bandwidth is expensive, and the failure modes are their own discipline. This post provides the engineering behind those links and their integration into the wider IP estate — architecture and design at one end, and end-to-end fault diagnosis at the other. The...

Satellite links behave nothing like the rest of a network: the latency is fixed by physics, the bandwidth is expensive, and the failure modes are their own discipline. This post provides the engineering behind those links and their integration into the wider IP estate - architecture and design at one end, and end-to-end fault diagnosis at the other. The...

Satellite links behave nothing like the rest of a network: the latency is fixed by physics, the bandwidth is expensive, and the failure modes are their own discipline. This post provides the engineering behind those links and their integration into the wider IP estate - architecture and design at one end, and end-to-end fault diagnosis at the other. The...