Hikvision DS-3E0510P-E 8-Port PoE Gigabit Switch
The Hikvision DS-3E0510P-E is a compact, unmanaged Gigabit PoE switch engineered for small-to-medium IP surveillance and security network deployments. With 8 Gigabit PoE ports delivering up to 30W per port and a total PoE budget of 110W, this switch provides plug-and-play simplicity while supporting power-hungry devices like IP cameras, access controllers, and wireless access points over a single cable.
Key Features
- 8 Gigabit PoE Ports (IEEE 802.3af/at): Each port delivers up to 30W maximum. The 110W total PoE budget means you can realistically run three high-power cameras (e.g., 35W PTZ units) simultaneously without exceeding capacity—critical for planning multi-camera sites without oversizing infrastructure.
- Dual Uplink Ports: 1× Gigabit RJ45 port and 1× Gigabit SFP fiber port for flexible network extension. The SFP option eliminates signal degradation on long-distance runs (100+ meters) and reduces electromagnetic interference in electrically noisy environments like warehouses or industrial facilities.
- 20 Gbps Switching Capacity: Non-blocking fabric with 14.88 Mpps packet forwarding rate handles simultaneous multi-camera streams without bottlenecks. This throughput is more than adequate for typical 8-port, sub-16-camera deployments; you won't see frame drops or latency spikes from switch contention.
- Unmanaged Operation: Zero configuration required—plug in power and network cables, devices connect immediately. No VLAN, QoS, or management console needed. This cuts deployment time and eliminates configuration errors, ideal for integrators shipping systems pre-wired.
- Fanless Metal Enclosure: No moving parts mean silent operation and zero maintenance. Durable metal chassis resists mechanical shock and provides passive heat dissipation. Critical for quiet retail, office, and institutional installations where audible cooling fans are unacceptable.
- Compact DIN-Rail/Wall-Mount Form Factor: Measures 217.6 × 27.8 × 108.55 mm (8.6" × 1.1" × 4.3"). Fits easily in cramped server racks, on wall-mounted brackets, or tucked behind desks—no wasted floor space in confined installations.
- 6 KV Surge Protection: Protects connected devices from electrical transients and lightning-induced spikes. Reasonable defense for most indoor environments; pair with external UPS for true mission-critical redundancy.
- Low Power Consumption: Draws only 10W at idle, scaling to 120W under full PoE load. Translates to lower operating costs and reduced heat generation—matters when planning power budgets across dozens of switches in larger deployments.
- 4K MAC Address Table: Supports up to 4,096 learned MAC addresses with 1.5 Mbit internal buffer. Sufficient for typical small-to-medium surveillance networks; not a bottleneck in standard deployments.
Integration & Compatibility
The DS-3E0510P-E works with any IEEE 802.3af/at-compliant PoE device: Gigabit switches, IP surveillance cameras, access controllers, wireless access points, and voice-over-IP endpoints. As an unmanaged switch, it does not require any VMS or network management software—simply bridge it between your primary network and downstream PoE devices. The 4K MAC table and 1.5 Mbit packet buffer are adequate for small office and branch office (SOBO) deployments with 8–12 connected endpoints.
Specifications
- Switching Capacity: 20 Gbps (non-blocking)
- Packet Forwarding Rate: 14.88 Mpps
- Power Supply Input: 48 VDC, 2.5A (120W max, 10W idle)
- Operating Temperature: 0–40°C (32–104°F)
- Certifications: FCC, CE-EMC, CE-LVD, CE-RoHS, UL, IC, RCM
Frequently Asked Questions
Q: Can the DS-3E0510P-E power three 35W pan-tilt-zoom cameras simultaneously?
A: Yes, three 35W devices consume 105W total, within the 110W PoE budget. However, adding a fourth high-power device (even a modest 15W dome) risks exceeding capacity. Plan camera power draw carefully before deployment.
Q: Does the DS-3E0510P-E support VLAN or QoS traffic management?
A: No. This is an unmanaged switch—it forwards all traffic equally without prioritization. If you need VLAN isolation or QoS guarantees, specify a managed variant from the Hikvision industrial switch line instead.
Q: What is the maximum cable run distance using the SFP fiber port?
A: Fiber transceivers (not included) support standard Gigabit distances—typically 2 km on single-mode fiber or 220–500 m on multimode, depending on transceiver and fiber grade. Verify transceiver specs with your fiber supplier.
Q: Is the DS-3E0510P-E suitable for outdoor or harsh-environment installations?
A: No. Operating temperature range is 0–40°C (32–104°F) and it is designed for indoor use only. For outdoor or high-temperature deployments, specify industrial-grade managed switches with wider temperature ratings and enhanced environmental sealing.
Q: What certifications does the DS-3E0510P-E hold?
A: FCC, CE-EMC, CE-LVD, CE-RoHS, UL, IC, and RCM. It is compliant with North American, European, and Australian regulatory standards, suitable for commercial and institutional deployments in those regions.
Q: Can I wall-mount or DIN-rail mount the DS-3E0510P-E?
A: Yes, the compact form factor supports both desk-top, wall-mount, and DIN-rail installation. Check your mounting hardware supplier for appropriate brackets; the unit itself provides multiple mounting points.
Eden PhillipsPerspective based on aggregated IP Security Depot and affiliated engineering team experience.
The DS-3E0510P-E strikes a practical balance between affordability and surveillance-grade performance. The 110W PoE budget supports three high-power devices (e.g., three 35W PTZ cameras) simultaneously, but careful power planning is essential for larger deployments. The dual uplink—RJ45 plus SFP fiber—provides genuine future-proofing: use standard copper for normal runs, transition to fiber for long-distance links or electrically noisy industrial sites without signal loss.
Technical Highlights:
- 20 Gbps Switching Fabric + 14.88 Mpps Forwarding: Non-blocking performance ensures simultaneous multi-camera streams arrive lag-free. Adequate for 8-port, sub-16-camera environments; overkill only if you're running single low-resolution streams.
- 110W PoE Budget (30W/port max): Three 35W cameras fit comfortably. Four high-power units risk brownout. Load-plan upfront using a simple spreadsheet—peak simultaneous draw is your limiter, not average draw.
- Fanless Metal Chassis, 10W Idle: Silent operation and passive cooling eliminate maintenance and reduce operational noise—measurable advantage in retail, schools, and offices. Saves roughly 80–100W per year in energy vs. actively cooled competitors.
- Unmanaged Architecture: Zero VLAN, QoS, or management overhead. Ideal for integrators shipping pre-configured systems or for installers who need minimal touchpoints. Trade-off: you lose traffic prioritization and port mirroring—non-negotiable if your VMS demands granular network control.
Deployment Considerations:
- Watch the 110W Ceiling: A single oversized camera or misconfigured PoE splitter can exceed budget and cause cascading power-fail events. Keep a simple current ledger and test under peak load before final commissioning.
- Unmanaged = No Monitoring: This switch provides no port statistics, link-up/link-down alerts, or SNMP traps. If your NOC needs visibility into network faults, plan a managed uplink switch or dedicated network monitoring tool.
- SFP Port Requires Transceiver: The fiber uplink is SFP-compatible but transceivers are sold separately. Budget $30–150 per transceiver depending on distance and mode; align with your fiber infrastructure before ordering.
- 6 KV Surge Protection is Baseline: Reasonable for typical indoor sites. For lightning-prone regions, add external UPS and surge suppressors on the main power feed—this switch alone won't protect against direct strikes.
Best fit: small-to-medium surveillance systems (8–12 cameras), retail sites, branch offices, and warehouse automation networks where ease of installation and silence matter more than granular traffic control. Skip this if your deployment requires VLAN segmentation, QoS enforcement, or 24/7 network monitoring—specify a managed industrial variant instead.
