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Data-center east–west traffic is relentless—virtualization, container build farms, NVMe-over-TCP, and backup torrents all compete at the Top-of-Rack (ToR). The NS-S6000 Switches from Network-Switch give you the same-class performance of premium Data Center Switches with 1G server access and 10G SFP+ uplinks delivered as your product.
We can customize the faceplate and logo, colorway, labeling/packaging, and even ship with your baseline software (VLAN plan, QoS, AAA, Syslog/SNMP, LACP templates). That means every rack boots your standard—no guesswork, no rework.
The NS-S6000 family mirrors widely deployed data-center “1G leaf with 10G uplink” designs: 48 × 10/100/1000 RJ45 downlinks for servers or service appliances, plus 4 × 10G SFP+ uplinks; virtualization (VSU, multi-chassis LAG), hot-swap PSUs and fan, and non-blocking forwarding at the access edge. Public, vendor-hosted pages confirm the porting and key specs (256 Gbps switching / 192 Mpps forwarding), plus virtualization and VEPA support for VM traffic offload.
Product Overview
NS-S6000 Switches are 1RU Leaf Switches designed for racks that still use 1G copper server NICs but require deterministic 10G SFP+ uplinks to aggregation/spine. Highlights:
- Access + uplinks: 48 × 10/100/1000 RJ45 access and 4 × 1/10G SFP+ uplinks; all ports forward at line rate for bursty east–west loads.
- Performance envelope: 256 Gbps system switching capacity and 192 Mpps packet forwarding rate—ample headroom for full-rack fan-in with 10G uplinks.
- Virtualization & HA: VSU (virtual chassis) for single-plane management, fast switchover on failures, and cross-device link aggregation (active–active uplinks) to your aggregation layer; VEPA (IEEE 802.1Qbg) for hard switching of VM flows.
- Hardware resilience: Dual hot-swap PSUs and modular fan; 1RU, short-depth chassis for dense racks. (Dimensions and modules documented on official pages.)
Customization (your differentiator): Beyond exterior logo and look-and-feel, Network-Switch can preload:
- VLAN/QoS/AAA baseline, access-policy defaults, SNMP/Syslog targets
- LACP on SFP+ uplinks, loop/CPU-protection policies, login banners
- Zero-touch “gold image” workflows for factory turn-ups
Model Lineup at a Glance
The S6000 class is compact and focused. Below is the core model you can order today; we also list near-neighbor variants frequently referenced in public specs so your content and SEO cover the full NS-S6000 Switches family.
| Model (NS) | Access Ports | Uplink Ports | Key Performance | Management/Resiliency | Notes |
| NS-S6000C-48GT4XS-E | 48 × 10/100/1000 RJ45 | 4 × SFP+ (1/10G) | 256 Gbps switching, 192 Mpps forwarding | VSU virtual chassis, cross-device LAG (active–active), hot-swap PSUs/fan | Official pages list porting/specs and virtualization/VEPA features. |
Why this leaf still matters in 2025？
- Mass of 1G endpoints: IoT gateways, BMCs, KVMs, tape libraries, IPMI, NAS heads, out-of-band gear, and small VMs still attach at 1G. A 1G leaf avoids expensive NIC refreshes while preserving 10G SFP+ Switches uplinks.
- Deterministic uplinks: Four 10G SFP+ cages let you LACP two or four uplinks toward aggregation/spine for high fan-in without buffer pressure.
- Non-blocking fabric: Documented line-rate forwarding ensures burst handling for backup windows, VM motion, and east–west micro-bursts.
- Operational simplicity: With VSU and cross-device LAG, you maintain service during maintenance and failures while keeping a single control plane.
Software & Data-Center Features
All NS-S6000 managed switches ship with a control plane tuned for ToR/leaf:
- Segmentation & policy: 802.1Q VLANs/QinQ, comprehensive ACLs, user-defined QoS (802.1p/DSCP), policing/shaping to isolate noisy tenants.
- Redundancy & fast reconvergence: VSU virtualization, cross-device LAG, RSTP/MSTP; documented failover in the tens to hundreds of milliseconds restores traffic quickly.
- VM visibility & offload: VEPA (802.1Qbg) allows VM traffic to be enforced on the ToR for uniform ACL/QoS without chewing CPU on hypervisors.
- Operations: Web/CLI/SSH, SNMP, Syslog/RMON; hot-plug optics with telemetry; standard logging and banners for SOC parity.
Official datasheets enumerate large L2/L3 tables (MAC, ARP) and route scales suited to leaf roles, with port, temperature, and mechanical specs for data-center racks.
Deployment Scenarios
ToR leaf for mixed 1G servers
Populate NS-S6000C-48GT4XS-E at the top of each rack. Downlink copper to 1G NICs; uplink 2× or 4× 10G SFP+ in LACP toward the aggregation pair. This yields active–active bandwidth and quick failure handling without re-IPing or NIC refreshes.
Appliance & service racks
Security chains (NGFW/IDPS), proxy farms, KVMs, and backup nodes are often 1G. Keep appliance racks on this leaf and pin LACP northbound; use ACLs/templates to harden east–west chatter.
Storage islands (iSCSI/NAS heads)
For SMB or branch colos, 1G front-end with 10G SFP+ uplinks is cost-balanced. Enable flow-aware QoS (priority queues for storage/control) and keep broadcast domains small with VLANs.
OOB & management networks
Use NS-S6000 at the OOB layer for BMC/ILO/IPMI and serial console servers; 10G uplinks ensure your OOB never becomes a bottleneck during incidents.
Optics & Cabling Guidance
| Link Type | Recommended Optics / Cables | Typical Use Case | Notes |
| SFP+ (10G) uplinks | 10G SFP+ SR/LR; passive/active DAC; AOC | Leaf-to-aggregation or collapsed core | SR for OM3/OM4 MMF short runs; LR for SMF to ~10 km; DAC/AOC for in-rack or adjacent-rack. |
| SFP+ at 1G | 1G SFP SX/LX/BiDi in SFP+ cages | Compatibility with 1G aggregation | Cages accept 1G optics; BiDi halves strands where plant is constrained. |
| RJ45 access (10/100/1000) | Cat5e/Cat6 | Servers, appliances, OOB gear | ≤100 m; consider EEE on idle-heavy links; use shielded cabling only where EMI warrants. |
| Redundancy | LACP bundles over dual fabrics; VSU at the leaf | Active–active throughput & millisecond-class recovery | Use 2×10G or 4×10G bundles; pair with rapid spanning-tree edge guards. |
NS vs. Fixed-Brand Data Center Switches
| Aspect | NS-S6000 Switches | Fixed-Brand OEM Data Center | Other Third-Party Resellers |
| Performance & Ports | 48×1G copper + 4×10G SFP+ uplinks; non-blocking; VEPA; VSU | OEM-grade specs, sometimes tied to licensed features/optics | Mixed; may be re-badged/refurb or older firmware |
| Customization | Full exterior (logo, bezel), labels; preloaded config templates | Branding and defaults fixed; little personalization | Minimal cosmetics; config done post-purchase |
| Compatibility | Standards-aligned SFP+/SFP/RJ45; broad optics support | Potential ecosystem lock-ins | Often optics caveats, CLI workarounds |
| After-Sales | 24/7 helpdesk, fast RMA, ongoing EEPROM/firmware updates | Business-hours support; 5–7-day RMA typical | Limited coverage; 7–14-day RMA common |
| Pricing & TCO | ~30% under OEM; ships ready-to-deploy | Premium list price; license add-ons possible | Slightly under OEM with fewer guarantees |
| Inventory & Lead Time | Custom SKUs; factory pre-config | Standard SKUs only | Inconsistent stock; variable lead times |
Operations, Visibility & Security
- Zero-touch day-0: We ship your image and baseline config—VLAN plan, LACP templates on SFP+, edge guards, AAA order, SNMP/Syslog, banners.
- Troubleshooting speed: With Web/CLI/SSH, SNMP, Syslog/RMON, and optics telemetry, you can diagnose remotely; VSU reduces device count and blast radius during change windows.
- Hygiene by default: Enable DHCP Snooping + IP Source Guard + DAI; enforce CPU-protection policies; clamp broadcast storms. (Large L2/L3 tables are documented for leaf-scale segmentation.)
FAQs
Q1: Is the NS-S6000C-48GT4XS-E truly a “Data Center Switch”?
A: Yes. Official literature positions it as a gigabit Data Center Switch with 4 × 10G SFP+ uplinks, non-blocking forwarding, and virtualization/VEPA features for modern racks.
Q2: Can the SFP+ cages take 1G optics?
A: Yes, uplinks support 1G/10G, so you can run at 1G during interim migrations.
Q3: What are the headline performance numbers?
A: 256 Gbps switching capacity and 192 Mpps forwarding rate for the 48×1G + 4×10G model, ample for full-rack fan-in with 2 to 4×10G LACP.
Q4: Do these leaves support multi-device active–active uplinks?
A: Yes, cross-device link aggregation / VSU provide dual-active upstreams and single-pane management.
Q5: What about hardware serviceability?
A: The platform documents dual hot-swap PSUs and a modular fan in a 1RU chassis; depth and weights are specified for tight racks.
Conclusion
If you need Leaf Switches that behave like premium DC Switch platforms but ship as your product with your logo and your software defaults, the NS-S6000 Switches are the straight path.
Standardize on NS-S6000C-48GT4XS-E for 1G server racks, appliance rows, and OOB domains; keep 10G SFP+ uplinks bundled to your aggregation or collapsed core. With line-rate forwarding, virtualization (VSU, cross-device LAG), and clean operational controls, Network-Switch lets you scale without lock-in while every rack boots cleanly on day one.
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