01 / AI CLUSTERS
GPU Cluster Connectivity
High-bandwidth connectivity between accelerated compute nodes, network switches and distributed storage infrastructure.
AI & Data Centre Infrastructure
Powering the Next Generation of AI Infrastructure.
High-performance optical connectivity for AI clusters, GPU infrastructure, hyperscale data centres and high-performance computing — from 100G and 400G to 800G and next-generation 1.6T architectures.
AI Fabric / Reference Architecture
Accelerated Compute Fabric
GPU NODE 01 Accelerated Compute
GPU NODE 02 Accelerated Compute
GPU NODE 03 Accelerated Compute
LEAF 01 High-Speed Fabric
SPINE Core Fabric
LEAF 02 High-Speed Fabric
100G QSFP28
400G QSFP-DD
800G OSFP
1.6T NEXT GEN
100G → 1.6T High-speed connectivity roadmap
Multi-Vendor Compatible Programmed for your platform
UAE Stock Fast GCC & regional deployment
Engineering Support Design • Compatibility • Deployment
Accelerated Infrastructure
AI Starts With the Network.
Modern AI infrastructure depends on moving enormous volumes of data between GPUs, compute nodes, storage systems and network fabrics with extremely high throughput.
As GPU clusters scale, the physical network becomes a critical part of overall infrastructure performance.
GBICS provides the connectivity layer behind modern AI and data centre infrastructure — including optical transceivers, Direct Attach Copper, Active Optical Cables, MPO/MTP fibre infrastructure and high-speed network connectivity.
Our portfolio supports enterprise, cloud, HPC, hyperscale and accelerated computing environments across the Middle East and international markets.
AI & Data Centre Solutions
Connectivity Across the Entire Infrastructure Stack.
From individual GPU servers to large-scale data centre fabrics, GBICS provides high-speed connectivity for demanding compute environments.
02 / NETWORK FABRIC
AI Network Fabrics
Optical and copper interconnects for high-performance Ethernet and InfiniBand-based network architectures.
03 / HYPERSCALE
Hyperscale Data Centres
High-density optical infrastructure for leaf-spine architectures, server interconnects and large-scale cloud environments.
04 / HPC
High-Performance Computing
Low-latency, high-bandwidth connectivity for research, simulation, modelling and computationally intensive workloads.
05 / STORAGE
High-Speed Storage Networks
High-throughput connectivity between accelerated compute infrastructure and distributed storage environments.
06 / DCI
Data Centre Interconnect
Optical connectivity for campus, metro and data-centre-to-data-centre network architectures.
Bandwidth Evolution
From 100G to 1.6T.
AI infrastructure is driving rapid adoption of higher-speed data centre networking.
GBICS supports infrastructure teams through each generation with optical transceivers, DACs, AOCs and structured fibre connectivity.
100G QSFP28
200G QSFP56
400G QSFP-DD
800G OSFP / QSFP-DD
1.6T Next Generation
High-Speed Connectivity
Built for High-Density AI Networks.
Select the appropriate optical or cable architecture for switch-to-switch, server-to-switch and rack-to-rack connectivity.
100G
QSFP28
High-density connectivity for enterprise, cloud and data centre networks.
- 100G SR4
- 100G CWDM4
- 100G LR4
- 100G DR / FR
400G
QSFP-DD
High-performance optical connectivity for modern spine and leaf fabrics.
- 400G SR8
- 400G DR4
- 400G FR4
- 400G LR4
800G
OSFP / QSFP-DD
High-bandwidth connectivity designed for next-generation AI and accelerated computing environments.
- 800G SR8
- 800G DR8
- 800G DR4
- 800G 2×FR4
DAC / AOC
High-Speed Cables
Efficient short-reach connectivity for dense rack and GPU cluster deployments.
- 100G / 200G
- 400G / 800G
- Breakout DAC
- Breakout AOC
AI Network Architecture
From GPU to Fabric to Cloud.
GBICS supports the high-speed physical connectivity required throughout modern AI and data centre architectures.
01 / COMPUTE
GPU & Compute
Accelerated servers, GPU nodes, AI systems and high-performance compute infrastructure.
02 / ACCESS
Top-of-Rack / Leaf
High-density server-to-switch connectivity using high-speed optics, DACs and AOCs.
03 / FABRIC
Spine Network
High-bandwidth east-west connectivity for scalable AI and data centre network fabrics.
04 / INTERCONNECT
DCI & Cloud
Optical infrastructure extending connectivity between facilities, cloud environments and data centre campuses.
Network Fabric Technologies
Ethernet & InfiniBand Connectivity.
High-speed physical connectivity for modern AI, HPC and accelerated computing fabrics.
Ethernet
High-Speed Ethernet Fabrics
Optical and cable connectivity for scalable Ethernet-based data centre and AI network architectures.
Network Speeds 100G • 200G • 400G • 800G
Applications AI • Cloud • HPC • Data Centre
Connectivity Optics • DAC • AOC • MPO/MTP
InfiniBand
Accelerated Computing Fabrics
High-speed interconnect options for low-latency accelerated computing and HPC environments.
Applications GPU Clusters • HPC • AI
Interconnect OSFP • QSFP • DAC • AOC
Architecture Node • Leaf • Spine
Optical Form Factors
Connectivity for Every Generation.
SFP28 25G Connectivity
QSFP28 100G Connectivity
QSFP56 200G Connectivity
QSFP-DD 400G / 800G
OSFP 400G / 800G+
Built for Demanding Environments
Where GBICS Connectivity Fits.
AI Factories
Large-scale accelerated computing and GPU infrastructure.
Hyperscale Data Centres
High-density cloud and compute environments requiring scalable optical fabrics.
Enterprise Data Centres
High-performance core, aggregation and server connectivity.
High-Performance Computing
Research, modelling, simulation and compute-intensive environments.
Why GBICS
More Than a Part Number.
GBICS combines high-speed connectivity products with compatibility, technical and project support.
Multi-Vendor Compatibility
Optics can be programmed for compatibility with supported network platforms and environments.
Optical Testing
Product and compatibility validation to help reduce deployment risk.
Technical Pre-Sales
Assistance selecting the appropriate form factor, reach, fibre type and connectivity architecture.
UAE Stock
Regional availability supporting urgent projects across the UAE and GCC.
Project Pricing
Commercial support for enterprise, data centre, reseller and systems integration projects.
Lifetime Warranty
Long-term warranty coverage across eligible GBICS connectivity products.
Engineering Support
Not Sure Which Optic You Need?
Send us your equipment model, required speed, fibre type, distance or complete BOQ. Our team can help identify the appropriate connectivity for your deployment.
Request Compatibility Check →
Switch Model Cisco • Arista • Juniper • HPE • Dell & more
Required Speed 25G • 100G • 200G • 400G • 800G
Distance Rack • Data Hall • Campus • Metro
Media Type SMF • MMF • Copper • MPO/MTP
Technical FAQ
AI & Data Centre Connectivity.
What optical speeds does GBICS support for AI data centres?
GBICS provides connectivity across multiple data rates including 25G, 100G, 200G, 400G and 800G, with next-generation architectures moving toward 1.6T.
What is the difference between DAC, AOC and optical transceivers?
DACs use copper and are typically suited to short, cost-efficient connections. AOCs use integrated optical transmission for longer, lightweight cable runs. Pluggable optical transceivers provide greater flexibility across fibre types, distances and architectures.
Can GBICS provide optics compatible with different network vendors?
GBICS supplies compatible optical connectivity for a broad range of network platforms. Compatibility should be confirmed against the exact equipment model and software environment before deployment.
Which is better for an AI cluster: 400G or 800G?
The appropriate speed depends on GPU density, switch architecture, workload, scale, oversubscription requirements and future growth. GBICS can review your equipment list or BOQ to help identify the appropriate connectivity.
Can GBICS assist with large data centre BOQs?
Yes. Send your BOQ, equipment models and technical requirements to store@gbics.ae for compatibility review, product selection and project pricing.
Build Your AI Infrastructure
Planning a 400G or 800G Deployment?
Send us your switch models, GPU/server configuration, required speeds, distances or complete BOQ. Our team can help identify the appropriate transceivers, DACs, AOCs and fibre connectivity for your deployment.