Introduction to EMEROSN VE4017P0
Product Description
The EMEROSN VE4017P0 is a rugged, PoE-optimized industrial video encoder designed for high-density, power-efficient visual monitoring in harsh automation environments. As a specialized model in EMEROSN’s VE-series—building on the VE4022’s core capabilities but tailored for power-hungry IP cameras—it excels at integrating multi-channel video feeds while simplifying wiring via enhanced Power over Ethernet (PoE+) support. This makes it ideal for industries like large-scale manufacturing, logistics hubs, and smart infrastructure, where deploying multiple high-resolution cameras (e.g., 4K, thermal imaging) requires reliable power delivery and low-latency streaming.
What distinguishes the VE4017P0 from standard encoders (including the VE4022) is its focus on PoE scalability and channel density: it supports 7 PoE+ ports (delivering up to 30W per port) to power IP cameras directly, eliminating the need for external power supplies or bulky cabling. Its 17-channel input capacity (a step up from the VE4022’s 2 channels) caters to mid-to-large monitoring systems—such as a warehouse with 12 security cameras and 5 machinery inspection cameras—while retaining industrial-grade resilience (extreme temperature tolerance, EMI protection) and seamless integration with PLCs/SCADA.
The model designation “VE4017P0” encodes key capabilities:
- VE: Denotes EMEROSN’s “Video Engineering” series (industrial video processing).
- 40: 4th-gen hardware (enhanced compression, 4K support, edge analytics compatibility).
- 17: 17 total video input channels (16 IP + 1 analog, balancing IP scalability and legacy support).
- P0: “PoE Priority 0” — signifying optimized PoE power distribution (prioritizes critical cameras during power constraints).
Typical use cases include:
- Powering and streaming 16 4K IP cameras in a logistics warehouse (tracking pallet movement and detecting loading dock anomalies).
- Integrating 12 thermal imaging cameras (for electrical panel monitoring) and 1 analog CCTV (for legacy machinery) in a power plant, with PoE ensuring reliable camera operation.
- Monitoring a large manufacturing floor with 10 robotic cell cameras and 6 quality-inspection cameras, streaming data to a SCADA system for real-time defect detection.
Technical Parameters
To simplify navigation, specifications are organized by functional category, with practical relevance highlighted for clarity:
1. Video Processing & Channel Capacity
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Parameter
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Details
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Input Channels
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17 total: 16× Gigabit Ethernet (PoE+ for IP cameras) + 1× BNC (analog PAL/NTSC, for legacy systems).
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Resolution Support
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Up to 4K UHD (3840×2160) at 30 fps per channel; backward compatibility with 1080p, 720p, 480p.
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Encoding Formats
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H.265 (HEVC, 50% bandwidth savings vs. H.264); H.264 (AVC, legacy compatibility); MJPEG (≤60ms latency for critical feeds).
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Bitrate Control
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Variable Bit Rate (VBR, bandwidth-efficient) / Constant Bit Rate (CBR, stable streaming); 256 kbps – 20 Mbps per channel (supports 4K’s higher bandwidth needs).
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Audio Support
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17-channel audio input (16× via IP camera audio, 1× line-in for analog); supports G.711, G.722, AAC (synchronized with video for voice commands or anomaly audio detection).
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2. PoE+ & Connectivity
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Parameter
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Details
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PoE+ Ports
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16× Gigabit Ethernet PoE+ (IEEE 802.3af/at); 30W per port, 370W total PoE budget (powers 16 high-power cameras simultaneously).
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PoE Priority
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3-tier priority (P0 = critical cameras, P1 = standard, P2 = non-essential) — ensures critical feeds (e.g., thermal cameras) retain power during budget constraints.
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Output Interfaces
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2× Gigabit Ethernet (for streaming to NVR/SCADA/cloud); 1× HDMI 2.1 (4K@60Hz, splits 4 feeds for local monitoring); 1× SDI (for professional broadcast integration).
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Network Protocols
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RTSP, RTP, RTMP, ONVIF Profile S/G/T (camera compatibility); Modbus TCP/IP (PLC integration); MQTT (IoT cloud connectivity, e.g., Azure IoT Hub); SNMP (network monitoring).
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Storage
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2× SATA III ports (supports 2× 16 TB HDD/SSD for local recording); 1× microSD slot (up to 512 GB, backup for critical footage).
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3. Environmental & Mechanical Ratings
- Temperature Range: Operating: -40°C to +70°C (-4°F to +158°F); Storage: -55°C to +85°C (-67°F to +185°F) — withstands factory-floor heat or outdoor cold.
- Vibration/Shock: 10–500Hz, 2g peak (random vibration, IEC 60068-2-6); 30g peak (11ms duration, IEC 60068-2-27) — durable for manufacturing or transportation use.
- Protection: IP30 (DIN-rail housing); optional IP65 enclosure (for outdoor deployment, e.g., smart city traffic monitoring).
- Power Supply: 48V DC (42–57V DC wide range, PoE budget included); Power consumption: ≤40W (excluding PoE output to cameras).
4. Certifications
- Industrial: CE (EMC compliance: EN 61000-6-2/4), UL 508 (industrial control), RoHS 2.0.
- Hazardous Environments: ATEX Zone 2 (II 3G Ex nA IIC T4 Ga), IECEx — safe for oil refineries or chemical plants.
- PoE Standards: IEEE 802.3af/at certified (ensures compatibility with all PoE+ IP cameras).
System Overview
The EMEROSN VE4017P0 acts as a high-density PoE video hub in industrial automation systems, integrating four core functional layers to enable scalable, reliable visual monitoring:
1. PoE-Powered Acquisition Layer
This layer delivers power and collects video from cameras—solving the “power + data” wiring challenge for multi-camera systems. For example, in a power plant:
- 12 thermal IP cameras (each requiring 25W) connect to the VE4017P0’s PoE+ ports, receiving both power and data via a single Cat6 cable.
- 1 legacy analog CCTV (for a vintage turbine) connects to the BNC port, with the encoder converting its signal to digital for unified streaming.
- PoE priority ensures thermal cameras (P0) retain power if the total load nears the 370W budget, preventing gaps in critical equipment monitoring.
2. Compression & Edge Processing Layer
The 4th-gen VPU compresses high-resolution feeds to optimize bandwidth, while optional edge analytics add intelligence:
- H.265 encoding reduces a 4K thermal camera’s 25 Mbps stream to 10 Mbps, enabling 16 cameras to stream simultaneously over a single Gigabit Ethernet link.
- Edge AI (optional, via EMEROSN’s AI Module) detects anomalies like “hot spots on electrical panels” or “turbine vibration anomalies” in real time, triggering alerts without relying on a remote server.
3. Transmission & Integration Layer
This layer distributes video to end systems and integrates with industrial control tools:
- Local Monitoring: The HDMI 2.1 output splits 4 critical feeds (e.g., 2 thermal, 2 turbine) to a control room monitor, letting operators spot issues instantly.
- Remote Streaming: Dual Ethernet ports send compressed streams to an NVR (for 30-day recording) and a SCADA system (for overlaying video with sensor data—e.g., “panel temperature = 85°C” + thermal feed).
- PLC Triggering: Modbus TCP/IP lets the VE4017P0 send signals to a PLC (e.g., “stop turbine if thermal camera detects >150°C”) — closing the loop between visual data and machine safety.
4. Monitoring & Diagnostics Layer
The VE4017P0 simplifies maintenance for large camera fleets:
- PoE Health Dashboard: A web interface shows real-time PoE usage (e.g., “Port 5: 22W, Port 12: 25W”) and alerts for overloaded ports or disconnected cameras.
- Video Analytics Logs: Stores edge AI events (e.g., “Hot spot detected at 14:32 on Panel 3”) for post-incident analysis.
- Firmware Management: Supports bulk firmware updates for all connected IP cameras via the encoder, eliminating the need to update each device individually.
Example: Logistics Warehouse Application
A 100,000 sq. ft. warehouse uses the VE4017P0 to monitor 16 4K IP cameras:
- Acquisition: 10 cameras (tracking pallet conveyors) and 6 cameras (monitoring loading docks) connect to PoE+ ports, with P0 priority assigned to dock cameras (critical for theft prevention).
- Processing: H.265 encoding reduces bandwidth, while edge AI detects “pallet jams” or “unauthorized personnel in restricted zones.”
- Integration: Streams go to a cloud dashboard (for remote managers) and a warehouse PLC—if a jam is detected, the PLC stops the conveyor and triggers an audio alert.
- Storage: 2× 16 TB SSDs record 30 days of footage, with motion-triggered clips saved to the microSD card for quick access.
Related Models in the VE-Series
The VE-series offers variants tailored to PoE capacity, channel count, and environment—here are key alternatives to the VE4017P0:
- EMEROSN VE4008P0:
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- 8 PoE+ ports (150W budget) + 8 input channels (7 IP + 1 analog) — ideal for small-to-medium systems (e.g., a 50,000 sq. ft. warehouse or a small factory).
- EMEROSN VE4017P1:
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- Enhanced PoE+ model (450W budget, 16 ports) with PoE++ support (up to 60W per port) — powers high-energy cameras (e.g., 4K PTZ cameras with heaters for cold environments).
- EMEROSN VE4017-EX:
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- Explosion-proof variant (ATEX Zone 1, IECEx) with 17 input channels and 16 PoE+ ports — safe for hazardous sites like oil rigs or chemical warehouses.
- EMEROSN VE4017-W:
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- Weatherproof (IP67) with 4G LTE/Wi-Fi 6 — designed for outdoor multi-camera systems (e.g., smart city traffic grids or solar farms with 16 panel-monitoring cameras).
- EMEROSN VE4017-AI:
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- Pre-integrated AI model with YOLOv8 and thermal analytics — detects specific events (e.g., “fire in waste bins” or “person in restricted area”) without additional hardware.
- EMEROSN VE3017P0:
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- 3rd-gen entry-level model (17 channels, 300W PoE budget, max 1080p) — cost-effective for basic multi-camera systems (e.g., a distribution center with standard IP cameras).
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