






ZTE Wantong S5150 · Campus Access
Full-gigabit access switches for campus, hotel, school and SME networks — three sub-series covering green PoE access (L), smart gigabit access (S) and L2+ access with routing (SE), from 8-port units to 48-port rack switches. We deliver them configured as part of the network solutions we build.
Lead time · In stock: at your forwarder’s China warehouse 3 days after payment · Not in stock: 7–15 working days · Then air 5–10 days / sea 25–45 days to your port
Terms · Sample orders welcome · Quotation / PI fixes models, prices, Incoterms (EXW or FOB, each quoted separately), lead time and T/T payment · Defective units: free spare units agreed per order (quantity depends on order size) and written into the quotation · Warranty: up to 5 years on Zhongxin Shutong industrial switches, manufacturer warranty on other brands · Full terms, warranty & RMA
Need the PDF datasheet? Get it on WhatsApp →The ZTE Wantong S5150 series is the access layer of the ZTE Wantong campus switching family, and this page merges its three sub-series so you can compare them in one place. S5150-L (2 models) is the green PoE access line: standard 802.3af/at power up to 30 W per port, with power management that cuts lower-priority ports first when the budget is exceeded. S5150-S (2 models) is the smart gigabit line on a 350 Gbps platform, with USB console, M-Button one-key maintenance and an optional 180 W external RPS on the 52-S. S5150-SE (4 models) is the L2+ line on a 432 Gbps platform that adds static/RIP/OSPF routing, IPv6 routing and dual-direction ACLs, in 24- and 48-port versions with or without PoE. All specifications below are quoted from the manufacturer's datasheets — where a field was not published, we leave it out rather than guess.
Three sub-series, one access layer
How the L, S and SE lines split the access job — so you order the cheapest one that actually fits.
Is this the right access series for you?
Plain-language guide — based only on what these switches actually do.
- 10G uplinks or aggregation duty — that's the ZTE Wantong S5860-E series with 4×10GE SFP+ on every model
- A chassis-based network core — the ZTE Wantong S7850 modular core series covers that
- Harsh-environment or DIN-rail installs — our industrial switch lines are built for that instead
Worried about the source? Order under your own company name.
Using your own freight forwarder? No problem.
Key Features
The series capability list — from the manufacturer's datasheet.
Who uses it, where it goes and how to plan the access layer
Written for the ZTE Wantong S5150 access series from its own specifications: 8 models from 8 to 48 GE ports, GE SFP uplinks, PoE+ up to 30 W per port and 450 W per unit, RIP/OSPF routing on the SE models.
Who it is for
- Enterprise IT and SME offices — One switch per floor or per wiring closet: 24 or 48 GE desk ports, 4K VLANs with Voice VLAN for IP phones, and 802.1x/RADIUS so only company devices get onto the network.
- Campus, school and government projects — Many identical access switches under one aggregation layer: zero-touch provisioning and batch inspection speed up roll-out, and the SE models route with static/RIP/OSPF where a building needs its own gateway.
- CCTV and Wi-Fi integrators — The PoE models (10P-LM, 28PC-LM, 28P-SE, 52P-SE) power cameras and APs at up to 30 W per port with port priority, so critical cameras stay on when the 120 W, 450 W or 370 W budget runs short.
- ISPs and building-broadband operators — At the subscriber edge, QinQ, flexible QinQ, VLAN translation, PVLAN and port isolation keep each customer separated, with RADIUS/TACACS+ AAA and SNMP v1/v2/v3 for the operator's NMS.
Where and how to install
- Rack or wall cabinet — All models are about 44 mm (1U) high. The 24/48-port models are 440–442 mm wide for a 19-inch rack, and 208–285 mm deep, so they fit a shallow wall cabinet; the PoE SE models are 330 mm deep. The S5150-10P-LM (270 mm wide) and S5150-12-S (340 mm wide) are narrower than 19 inches: use a shelf or a desktop position.
- Power and redundancy — All models take AC 100–240 V. A 48-port PoE SE unit can draw up to 430 W, so give the cabinet its own protected circuit and a UPS sized for the PoE load. Only the S5150-52-S accepts an external 180 W RPS (AC 100–240 V or −48 V input); the other models have a single power input.
- Cooling and temperature — Rated operating range is -10°C to 45°C (L models), -5°C to +50°C (S models and PoE SE models) and -5°C to +45°C (fanless SE models). Leave the side vents open; the S models switch their fan on above 40°C, and the PoE SE models use forced air, so do not pack them between other hot devices in a closed cabinet.
- Fibre uplinks to aggregation — Uplinks are GE SFP (2 on the 10-/12-port models, 4 on the 28/52 models; on the 28PC-LM they are Combo ports, so each one is either RJ45 or SFP). Use fibre for any run over 100 m or between buildings, and fit the same type of 1G module (single-mode or multimode, same wavelength) at both ends.
- Management network — Put every switch's management IP in a dedicated management VLAN, reachable only from the NOC, with SSH and SNMP v3 rather than Telnet. The S models also have an out-of-band management port; label the RJ45 or USB console port and keep a console cable in the cabinet for first setup and recovery.
S5150 series planning: which of the 8 models
All eight are gigabit access switches with 1G SFP uplinks; they differ in port count, PoE budget and whether the switch can route. L = PoE access, S = smart L2 access, SE = L2+ access with static/RIP/OSPF. Camera counts assume about 6 W per typical fixed IP camera and 30 W per port for PTZ cameras or high-power APs; the real limit is whichever runs out first, ports or budget.
| 10P-LM | 28PC-LM | 12-S | 52-S | 28-SE | 52-SE | 28P-SE | 52P-SE | |
|---|---|---|---|---|---|---|---|---|
| Access ports | 8×GE PoE+ | 24×GE PoE+ | 10×GE | 48×GE | 24×GE | 48×GE | 24×GE PoE+ | 48×GE PoE+ |
| Uplinks | 2×GE SFP | 4×GE Combo | 2×GE SFP | 4×GE SFP | 4×GE SFP | 4×GE SFP | 4×GE SFP | 4×GE SFP |
| 10G / 25G / 40G / 100G uplink | — | — | — | — | — | — | — | — |
| Switching / backplane capacity | 128 Gbps | 256 Gbps | 350 Gbps | 350 Gbps | 432 Gbps | 432 Gbps | 432 Gbps | 432 Gbps |
| Packet forwarding rate | 14.88 Mpps | 41.7 Mpps | 36 Mpps | 108 Mpps | 108 / 126 Mpps | 132 / 166 Mpps | 108 / 126 Mpps | 132 / 166 Mpps |
| PoE budget per unit | 120 W | 450 W | — | — | — | — | 370 W | 370 W |
| Cameras at ~6 W (ports or budget) | 8 | 24 | — | — | — | — | 24 | 48 |
| Ports at full 30 W at once | 4 | 15 | — | — | — | — | 12 | 12 |
| L3 routing | L2 | L2 | L2 | L2 | static / RIP / OSPF / RIPng / OSPFv3 | static / RIP / OSPF / RIPng / OSPFv3 | static / RIP / OSPF / RIPng / OSPFv3 | static / RIP / OSPF / RIPng / OSPFv3 |
| Power redundancy / cooling | single AC | single AC | single AC / smart fan | 180 W RPS / smart fan | single AC / fanless | single AC / fanless | single AC / forced air | single AC / forced air |
| Typical position | access (small PoE) | access (PoE) | access | access | access + routing | access + routing | PoE access + routing | PoE access + routing |
- Pick the S5150-28PC-LM for a floor of cameras on one switch: 450 W covers all 24 ports at ~6 W, or up to 15 PTZ-class ports at 30 W.
- Pick the S5150-52P-SE when 48 PoE ports must also route their own VLANs; its 370 W budget feeds 48 cameras at ~6 W but only 12 ports at a full 30 W.
- Pick the S5150-52-S for office desks where uptime matters: it is the only S5150 with an external RPS option.
— = not listed on the page / not applicable. Values are from the page's specification tables (the L models list backplane bandwidth, the S and SE models list switching capacity). Camera counts are arithmetic: budget ÷ assumed watts per port, capped at the number of PoE ports.
Full Specifications — Model by Model
Series specifications with one column per model — technical values in English. The highlighted column follows your model selection above.
S5150-L Sub-Series — Green PoE Access (2 models)
| Item | 10P-LM | 28PC-LM |
|---|---|---|
| Fixed ports | 8×10/100/1000M auto-neg RJ45 (PoE/PoE+) + 2×GE SFP | 24×10/100/1000M auto-neg RJ45 (PoE/PoE+) + 4×GE Combo |
| Backplane bandwidth | 128 Gbps | 256 Gbps |
| Packet forwarding rate | 14.88 Mpps | 41.7 Mpps |
| MAC table | 8K | 8K |
| PoE | 30 W max per port / 120 W max per unit / port PoE priority | 30 W max per port / 450 W max per unit / port PoE priority |
| Power supply | AC 100–240 V, 50/60 Hz | |
| Cabling | Cat5 unshielded twisted pair or higher | |
| Dimensions (H×W×D) | 44×270×181 mm | 44×440×285 mm |
| Operating environment | -10°C to 45°C, humidity 10%–90% | |
| Storage environment | -20°C to 70°C, humidity 5%–95% | |
| Protocol standards | IEEE802.3i 10BASE-T / 802.3u 100BASE-TX / 802.3ab 1000BASE-T / 802.3z 1000BASE-LX / 802.3x Flow Control / 802.1p / 802.1x / 802.1d / 802.1s / 802.3af PoE / 802.3at PoE+ / 802.3az EEE | |
S5150-S Sub-Series — Smart Gigabit Access (2 models)
| Item | 12-S | 52-S |
|---|---|---|
| Fixed ports | 10×GE RJ45 + 2×GE SFP | 48×GE RJ45 + 4×GE SFP |
| Switching capacity | 350 Gbps / 3.5 Tbps | |
| Packet forwarding rate | 36 Mpps | 108 Mpps |
| Management port | 1 | |
| Console | 1×console port | 1×USB console port |
| Dimensions (H×W×D) | 43.6×340×220 mm | 43.6×442×220 mm |
| Max weight | 3.2 kg | 3 kg |
| AC power | 100–240 V, 50–60 Hz | |
| Max power consumption | 14.6 W | 39.4 W |
| Power redundancy | Redundant power not supported | 180 W external RPS supported (input AC/DC: 100–240 V / −48 V, output DC: +12 V) |
| Cooling | Smart fan, forced air (fan runs when ambient exceeds 40°C) | |
| Max heat dissipation | 37 BTU/h | 148 BTU/h |
| Operating environment | -5°C to +50°C, humidity 20%–90%, altitude < 3000 m | |
| L2 & VLAN | 4K VLANs / port-, protocol- and MAC-based VLAN / Voice VLAN / VLAN translation / PVLAN / flexible QinQ / GVRP / jumbo frames up to 10K bytes / LACP + static trunk (max 15 groups × 8 ports) | |
| Ring & link protection | STP / RSTP / MSTP / ZESR / ZESR+ ring protection / ZESS smart link protection | |
| Multicast | IGMP Snooping v1/v2/v3 / controllable multicast, CAC / MVR / multicast access control & accounting | |
| ACL & QoS | MAC/IP standard, L2, extended (5-tuple), hybrid, VLAN and time-based ACLs, both directions / port- and flow-based bandwidth management / 8 hardware queues per port / 802.1p & DSCP marking / SP, WRR, SP+WRR scheduling | |
| Security | Hierarchical user management / CPU anti-attack & overload protection / broadcast-multicast-unknown-unicast suppression / port isolation / dynamic ARP inspection / 802.1x, Guest VLAN, RADIUS / STP root & BPDU guard / IP Source Guard | |
| Management & maintenance | RS232 console (RJ45) / out-of-band management port / CLI, Telnet, SSH, Web / FTP, TFTP / RADIUS & TACACS+ AAA / SNMP v1/v2/v3 / NTP, Syslog, RMON, sFlow / zero-touch provisioning & batch inspection / cluster management (ZGMP) / M-Button / power-loss alarm | |
S5150-SE Sub-Series — L2+ Access with Routing (4 models)
| Item | 28-SE | 52-SE | 28P-SE | 52P-SE |
|---|---|---|---|---|
| Fixed ports | 24×GE RJ45 + 4×GE SFP | 48×GE RJ45 + 4×GE SFP | 24×GE PoE+ + 4×GE SFP | 48×GE PoE+ + 4×GE SFP |
| Switching capacity | 432 Gbps / 4.32 Tbps | |||
| Packet forwarding rate | 108 Mpps / 126 Mpps | 132 Mpps / 166 Mpps | 108 Mpps / 126 Mpps | 132 Mpps / 166 Mpps |
| Console | 1×RJ45 console port | |||
| Dimensions (H×W×D) | 43.6×442×208 mm | 43.6×442×330 mm | 43.6×442×330 mm | 43.6×442×330 mm |
| Max weight | 2.25 kg | 4.25 kg | 2.95 kg | 5.46 kg |
| AC power | 100–240 V, 50–60 Hz | |||
| PoE | Not supported | Not supported | Supported (30 W max per port) | Supported (30 W max per port) |
| Max power consumption | 38 W | 58 W | < 430 W (PoE: 370 W) | < 430 W (PoE: 370 W) |
| Cooling | Natural (fanless) | Natural (fanless) | Forced air | Forced air |
| Operating temperature | -5°C to +45°C | -5°C to +45°C | -5°C to +50°C | -5°C to +50°C |
| Operating altitude | < 5000 m | |||
| L2 features | 802.1p (CoS), 802.1q (VLAN), 802.3x / STP, RSTP, MSTP, EVST / port- & MAC-based VLAN, Voice VLAN / QinQ & flexible QinQ / PVLAN / VLAN translation / port & flow mirroring / GVRP / MAC binding, filtering & dynamic learning / MAC OAM | |||
| L3 features | IPv4 static routing, policy routing, RIP, OSPF / IPv6 static routing, policy routing, RIPng, OSPFv3 / ARP, Ping, Tracert, Telnet / ND, IPv6 Ping, Tracert, Telnet | |||
| Multicast | IGMP v1/v2/v3 snooping / CAC / MVR / MLD Snooping / PIM Snooping / IGMP v1/v2/v3 / PIM DM/SM/SSM / MSDP / static multicast | |||
| QoS | L2–L4 packet filtering; flow classification by source/destination MAC, IP, TCP/UDP port, protocol, VLAN / 8 hardware queues per port / SP, WRR, SP+WRR scheduling / tail-drop congestion avoidance / traffic policing & shaping | |||
| ACL | Standard, VLAN-based, link, extended, hybrid and IPv6 ACLs / time-based ACLs / ACLs in both directions | |||
| PoE standards | PoE (IEEE 802.3af), PoE+ (IEEE 802.3at) — PoE models only | |||
| Device management | CLI, Telnet, SSHv2 / local & remote (RADIUS/TACACS+) authentication / SNMP v1/v2/v3 / RMON / NTP / FTP, TFTP, SFTP / Syslog, sFlow | |||
| Ease of maintenance | Zero-touch deployment / auto configuration download / hot patching / cable diagnostics & test / port loopback detection | |||
Gigabit Campus Access Switch FAQ — S5150 Series
How do the L, S and SE sub-series of the S5150 differ?
How many IP cameras can the PoE model power?
Does the S5150 protect the ring if a link fails?
Which model suits a quiet office or classroom rack?
What security and management tools do integrators get?
Can I order under my own company name and use my own forwarder?
Is a 1G SFP uplink on the S5150 enough for a floor full of IP cameras?
Which SFP modules work in the S5150 uplink ports, and can I use third-party optics?
Can the S5150 work in a network built on Huawei, H3C or Cisco switches?
Can an S5150-28P-SE be the gateway for camera and office VLANs on a small site without a separate router?
What UPS and power redundancy do I need for an S5150 PoE switch powering cameras?
Ordering questions — samples, shipping, payment, lead time and genuine stock — are answered once on our FAQ page.
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