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Transceivers & Cabling Products
Explore in-stock enterprise hardware and custom system configurations.
 Optical Transceiver.webp)
 Optical Transceiver.webp)
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Enterprise Hardware Category
Transceivers & Cabling
Optical transceivers and high-speed interconnect cabling form the circulatory system of enterprise network architectures and data centers. Inovexa Technologies offers a comprehensive range of optical transceivers, Direct Attach Copper (DAC) twinax cables, Active Optical Cables (AOC), and optical fiber patch cords spanning speeds from 1GbE up to 100GbE. Fully coded and tested for seamless interoperability with Cisco, MikroTik, Dell, HPE, Intel, Huawei, Juniper, and Arista hardware platforms, our optical transceivers and cabling solutions deliver zero-loss optical signal transmission, low power consumption, and long-term deployment reliability across local server racks and long-haul fiber links in Bangladesh.
Optical Transceiver & Fiber Interconnect Cable Selection Guide
Selecting optical interconnects requires matching form factors, wavelength specs, distance ratings, and switch vendor EEPROM coding compatibility.
1Form Factor & Speed: SFP+ (10G), SFP28 (25G), QSFP+ (40G), QSFP28 (100G)
Select form factors matching your network equipment ports. SFP+ handles 10Gbps, SFP28 handles 25Gbps, QSFP+ provides 40Gbps, and QSFP28 supports 100Gbps interfaces.
2Fiber Mode & Distance: SR (Short Range) vs. LR (Long Range)
Use Multi-Mode Fiber (MMF OM3/OM4 with 850nm LC SR modules) for intra-rack links up to 300 meters. Use Single-Mode Fiber (SMF OS2 with 1310nm LC LR modules) for long-haul inter-building links up to 10km or 40km.
3Direct Attach Copper (DAC) vs. Optical Transceivers
For short intra-rack connections under 5 meters between servers and Top-of-Rack (ToR) switches, Direct Attach Copper (DAC) twinax cables provide the lowest latency, lowest power draw, and most economical solution.
4Vendor EEPROM Compatibility Coding
Network switches from vendors like Cisco, Intel, and HP enforce vendor check algorithms. Inovexa Technologies provides custom EEPROM-coded optics guaranteeing 100% plug-and-play recognition without CLI warning flags.
Key Enterprise Benefits
Why leading enterprises and ISPs trust Inovexa Technologies for hardware deployment.
100% Plug-and-Play Vendor Compatibility
Multi-coded EEPROM firmware ensures instant recognition and full DOM/DDM telemetry monitoring in Cisco, Dell, HP, MikroTik, and Intel switches.
Ultra-Low Latency & High Optical Signal Purity
Features high-grade Fabry-Perot (FP) and DFB lasers paired with PIN photodiodes to sustain high optical signal-to-noise ratios (OSNR).
Integrated Digital Optical Monitoring (DOM / DDM)
Enables real-time diagnostic tracking of optical transmit/receive power levels, operating temperature, laser bias current, and supply voltage.
Cost-Effective Interconnect Solutions
Provides enterprise-grade optical links at a fraction of major switch OEM price tags without compromising link stability or optical performance.
Industry Applications
Engineered for specialized production workloads and data center environments.
Data Center Top-of-Rack (ToR) DAC Interconnects
Connect servers directly to Top-of-Rack switches using 10G/25G Direct Attach Copper (DAC) cables for minimal power consumption.
Campus & Inter-Building Single-Mode Fiber Links
Bridge distant building distribution switches using 10G LR / 40G LR4 Single-Mode optical transceivers over kilometers of SMF cabling.
High-Density SAN & Fiber Channel Storage Fabrics
Power high-speed 8G/16G/32G Optical Fibre Channel storage networks connecting SAN switches to enterprise storage arrays.
ISP Metropolitan Backbones & POP Connectivity
Deliver robust 10G/40G/100G optical links across ISP Point of Presence (POP) stations and optical distribution frames (ODF).
Frequently Asked Questions
Common technical questions regarding Transceivers & Cabling selection and deployment.
Multi-Mode fiber (usually aqua OM3/OM4) has a larger core diameter (50µm) and is used for short distances (up to 300m) with cheaper SR optics. Single-Mode fiber (yellow OS2) has a tiny 9µm core, allowing laser light to travel up to 10km to 80km without dispersion.
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