Explore our leading 100G QSFP28 modules optimized for long-haul and localized multi-mode connections across Ireland's hyper-scale clusters.
Ideal for short-range deployments inside Irish regional server suites, delivering stable 850nm links up to 100m.
Engineered with low insertion loss, designed for high-density multi-mode fiber structures within regional enterprise clouds.
10km single-mode reach, bridging Dublin's metropolitan networks with reliable 1310nm optical performance.
Extended 40km range, perfect for inter-city connection networks linking Dublin, Cork, and Galway clusters.
Ireland has firmly established itself as the Data Capital of Europe. The concentration of hyperscale facilities in Dublin (Silicon Docks, Grange Castle, Clonee) and other technology parks across Leinster has created unprecedented demand for reliable, high-capacity networking solutions. Currently hosting over 80 active data centers operated by global tech giants and colocation firms, the nation manages a vast portion of Europe's cloud-based traffic.
As networks face exponential data traffic growth driven by AI compute, machine learning platforms, and 5G deployment, the migration from legacy 10G/40G interfaces to 100G, 200G, and 400G optical architectures is no longer optional. Our portfolio provides the foundational components required to ensure low-latency links, minimal packet loss, and robust compatibility for Irish operators.
With Ireland's electrical grid constraints (specifically under EirGrid management), energy conservation inside server halls is a paramount parameter. Every milliwatt saved at the transceiver level directly scales down to megawatt savings in cooling and raw electrical footprint.
Transolix addresses these concerns directly. Our 100G/200G/400G modules are engineered using optimized Silicon Photonics and advanced low-power DSP chipsets, ensuring some of the lowest power consumption parameters in the industry—often running up to 15% cooler than generic alternatives. This low thermal dissipation profile translates to improved hardware reliability and a longer operational lifespan inside dense rack cabinets.
Delivering standardized, globally proven hardware architectures customized for local scalability.
Connecting metropolitan data center hubs over single-mode fiber requires precision-engineered transceivers. Our 400G CWDM and LR4 transceivers support high-density DWDM overlay platforms, enabling operators to maximize dark fiber bandwidth between disparate parks.
As operators roll out dense 5G network towers, the need to aggregate edge traffic into centralized base stations demands 100G and 200G line-rate connectivity. We design modules that withstand varying external cabinet temperatures with extended industrial temperature specifications (-40°C to 85°C).
For Ireland's active financial sectors (IFSC Dublin), latency is critical. Transolix modules feature zero-latency buffer architectures that process packets at lightspeed, ensuring that transactional data arrives in microsecond timeframes.
With 11 years of deep industry expertise, Transolix maintains a robust infrastructure designed to support enterprise requirements worldwide.
At the core of Transolix's success is a rigorous 100% inspection process. Operating out of our specialized facility, we utilize advanced automated optical testing platforms, eye-diagram analysis, and thermal aging environments to guarantee that every module operates stably from the moment it is plugged into a switch port. Our 42 Quality Control professionals ensure compliance with international standards (CE, FCC, RoHS, WEEE) and verify multi-vendor firmware compatibility with platforms like Cisco, Arista, Juniper, Mellanox, and Dell.
Exporting to the Irish market requires deep familiarity with European Union regulations. Transolix ensures that all shipments comply with the Waste Electrical and Electronic Equipment (WEEE) Directive, REACH, and the RoHS Directive, minimizing import friction at Customs in Dublin or Shannon.
Additionally, we work closely with localized distributors and system integrators in Ireland to provide fast replacement warranties (up to 5 years), field application engineering support, and customizable firmware solutions via remote programming boxes. This means that if you need to reconfigure a module's vendor code for an emergency deployment in Grange Castle, we can push compatibility updates over the cloud instantly.
A comprehensive range of 100G, 200G, and 400G transceivers designed to optimize network topology throughout Ireland.
80km long-reach optical backbone module, ideal for connecting city nodes without active repeaters.
High-performance 200G PAM4 optics, perfect for transition-phase upgrades inside colocation facilities.
Advanced 400G link density utilizing low-loss PAM4 modulation, ideal for next-generation AI clouds.
Ensures seamless 10km transport over single-mode structures, bridging regional edge locations.
2km reach utilizing standard duplex LC connectors, optimizing costs in interconnect pipelines.
Features 8-channel optical wavelengths to deliver robust throughput up to 10km over SMF.
High-performance 40km range module designed for long-reach regional transport backbones.
100m short-range 850nm module designed for high-density intra-rack AI network fabrics.
500m single-mode module using cost-effective parallel fiber layouts, ideal for intermediate lengths.
2km parallel single-mode design, optimized for connecting local data center wings.
Extended range multi-mode transceiver reaching up to 300m over high-bandwidth OM4 fiber.
Short-link 30m design, highly optimized for internal-cabinet high-speed interconnects.
The progression of fiber optics is scaling rapidly towards 800G and 1.6T speeds. Learn how Transolix is preparing for the future.
As modern cloud software demands higher bandwidth, optical components are moving closer to the ASIC. Our R&D team is actively engineering early-stage 800G OSFP/QSFP-DD and CPO solutions that reduce power requirements by cutting out traces on the PCB, lowering thermal footprints, and maintaining optimal signal integrity.
By integrating active and passive optical components directly onto silicon chips, we reduce assembly complexity. Silicon Photonics enables mass production scales that allow us to lower unit costs, making our 400G DR4/FR4 transceivers highly competitive for hyper-scale expansion inside Leinster's data rings.
A visual look into our state-of-the-art manufacturing processes, cleanroom environments, and modern test labs.
Common inquiries from network architects, purchasing managers, and distributors regarding optical transceiver integration in Ireland.
Yes. Every Transolix 100G, 200G, and 400G module is flashed with target vendor code at our test facility. We write and verify MSA (Multi-Source Agreement) compliant EEPROM data to ensure plug-and-play operation without generating compatibility errors or warnings on Cisco IOS-XE/XR, Arista EOS, Juniper Junos, and other major network operating systems.
With 6 years of cross-border B2B export experience, we handle shipments via international carriers (DHL, FedEx, UPS) directly to Dublin Airport (DUB) or Shannon Airport (SNN). Customs clearance is streamlined with comprehensive commercial invoices, packaging list classifications under HS Code 85177900, and complete certificates of origin.
Absolutely. Supported parameters include custom channel wavelengths, transmission distances (e.g., customized tuning for 30m, 2km, 10km, 40km, 80km limits), protocol compatibility settings, and firmware coding. Our team of 128 R&D engineers handles complex customization options to meet specific requirements.
Transolix provides a 3 to 5-year warranty on all optical transceivers. We work with local integration partners to provide replacement modules when needed, and technical support is available via email, phone, or remote configuration tools.
Connect with our expert optical engineers to receive custom compatibility profiles, bulk pricing models, and sample modules optimized for the Irish data infrastructure market.
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