Zyqora
Zyqora
Immediate access to industry-standard 1x1 and 1x2 ganged SFP+ cages designed to replace Amphenol and TE Connectivity legacy parts with certified signal integrity.
The Seoul Metropolitan Area, including the high-tech corridors of Pangyo Techno Valley, Sangam DMC, and Gasan Digital Complex, has transformed into one of the world's most dense digital landscapes. Driven by South Korea's aggressive national strategies in 5G Advanced, artificial intelligence (AI), and autonomous driving, local infrastructures require unprecedented network density. High-speed switches, routers, and host servers are packing physical connectivity to the limit.
This physical density relies on 1xN (Ganged) Port configurations. By packaging multiple SFP/SFP+ transceiver slots into a single metal cage housing (1x2, 1x4, 1x6, or 1x8), network equipment manufacturers in Seoul can maximize throughput per unit of rackspace. Our high-performance ganged port cages offer the mechanical rigidity, heat dissipation, and electromagnetic shielding (EMI) crucial for maintaining signal integrity inside high-density switches deployed across Yeouido financial hubs and Mok-dong internet datacenters (IDCs).
Integrating 1x4 and 1x6 ganged cages into custom server architectures to support massive parallel AI compute workloads.
Employing precision press-fit THT connectors with low electrical resistance to prevent packet dropping during peak trading hours.
Upgrading switches to ganged EMI-shielded SFP+ cages to manage dense optical backplanes without inter-port cross-talk.
Understanding the critical tolerances required to guarantee network reliability, prevent electromagnetic emissions, and facilitate effective heat transport.
With multiple optical modules placed side-by-side (1xN), the potential for electromagnetic leakage between ports increases exponentially. Our cages utilize advanced elastomeric outer gaskets or integrated stainless-steel spring fingers around every port opening. Press-fit pins are positioned strategically to create a continuous ground path, isolating each port and suppressing radiated emissions up to 10GHz, exceeding IEEE 802.3ae specifications.
Modern optical modules run hot. High power levels (up to 2.5W or more for SFP28/SFP56) require passive thermal relief. Zyqora's 1xN SFP+ cages are built with integrated copper-alloy clip-on heatsinks (fin profiles customizable to airflow velocity). The design optimizes mechanical contact force against the transceiver module, ensuring low thermal interface resistance and lowering temperature offsets by up to 12°C.
Our Press-Fit (compliant pin) technology allows solderless mounting directly onto PCBs. This preserves trace impedance profiles, prevents thermal shock during PCB assembly, and permits simple board-level maintenance. Dual-beam contact designs ensure high normal forces (above 100g) that remain stable over hundreds of mating cycles, complying with stringent Telcordia GR-1217 standards.
Bridging world-class electronic components manufacturing with localized supply chain assurance and compliance for South Korean network systems integrators.
As telecommunication operators deploy ultra-broadband networks globally, the consolidation of optical hardware vendor supply chains is a crucial business risk. Operating with dual sourcing paradigms is now mandatory for large-scale projects. Zyqora provides a high-reliability, fully compliant alternative to Western connector brands, bypassing logistics bottlenecks and minimizing component lead times.
For our Korean clients, we offer localized support protocols. Our shipments arrive through dedicated channels to Incheon Port and Gimpo Airport, ensuring prompt customs clearance. We maintain strict compliance with local standards, meaning all SFP cages are engineered to meet KC certification-ready mechanical tolerances and are fully compliant with RoHS and REACH environmental guidelines.
China remains the heartbeat of the global electronics component supply chain. Zyqora leverages this ecosystem to offer rapid prototyping, tool building, and raw materials sourcing. Located in the core electronic manufacturing clusters of China, we source copper alloy, premium stainless steel, and high-temperature liquid crystal polymers (LCP) at unparalleled scale.
This geographical position allows us to manage fluctuating demand curves easily. While traditional component makers struggle with 16-to-24 week lead times, Zyqora leverages our network of 860+ specialized manufacturing partners to deliver custom-coded ganged port samples in under 3 weeks and execute high-volume production runs within 4 to 6 weeks.
A professional manufacturer and supplier of high-performance optical transceivers and high-density copper connectivity solutions.
Developing high-speed mechanical structures that pave the way for 400G, 800G, and 1.6T network infrastructure upgrades.
As Ethernet data rates migrate from 10G/25G per lane to 56G PAM4 and 112G PAM4, the design of physical SFP cages must evolve. Signal loss, inter-symbol interference (ISI), and mechanical resonance in multi-port cages can disrupt high-frequency channels. Zyqora's engineering department is proactively addressing these design boundaries.
Our future product roadmap incorporates advanced elastomeric conductive plastics for EMI absorption, customized micro-heatsinks that interface with liquid cooling systems, and specialized contact pin shapes that eliminate stub reflections. We are working closely with major switch fabric chip developers to design cages that maintain ultra-low return loss profiles, serving Seoul's next wave of 6G testbeds and AI compute fabrics.
Providing clear, engineering-grade answers regarding 1xN (Ganged) ports mechanical layouts, thermal models, and compliance.
Our 1xN ganged cages are built to fully replicate the physical dimensions and footprint configurations of mainstream TE Connectivity and Amphenol products. Pitch tolerances are maintained within ±0.05mm, ensuring drop-in compatibility for existing PCB layouts without requiring redesigns.
Yes, we provide flexible customization options for light pipe configurations (single, dual, or quad indicator paths). Depending on your switch layout, we adjust the height and angle of the light pipe entry to align perfectly with your surface-mounted LEDs.
Press-fit assembly provides solderless mechanical connection, preventing trace warping and eliminating cold solder joints. It also reduces signal impedance reflections at high rates (above 10Gbps). Through-hole soldering (THT) is typically reserved for extreme physical vibration environments or heritage systems.
Our cages are made from copper alloy base materials plated with nickel (minimum 100 microinches thickness), providing excellent electrical conductivity, outstanding shielding efficiency, and high corrosion resistance. They pass standard salt spray testing (48-hour and 96-hour protocols).
Yes, mechanically, SFP+ and SFP28/SFP56 modules share identical dimensions. From a signal integrity perspective, our high-speed series supports the 25Gbps and 56Gbps PAM4 standards, utilizing low-loss contact interfaces to reduce attenuation at high frequencies.
Explore our complete range of press-fit, through-hole, and EMI shielded SFP/SFP+ cage replacements serving the Seoul telecommunications and network equipment markets.
Consult our engineering team to request localized testing samples, mechanical drawings, or cross-compatibility analyses.