Axis 01679-001 4-Channel Video Encoder

Axis 01679-001 4-Channel Video Encoder

The Axis 01679-001 is a compact 4-channel analog-to-IP video encoder that bridges legacy analog camera systems into modern IP networks without requiring full hardware replacement. This approach preserves your existing camera infrastructure investment while unlocking network-based recording, centralized management, and intelligent analytics on video feeds that would otherwise remain isolated on coaxial cable.

Overview

The M7104 consolidates up to four analog composite video signals into a single IP device, converting each to H.264 or Motion JPEG streams over Gigabit Ethernet. The encoder runs on the ARTPEC-7 processor—Axis's in-house silicon for video compression—with 1024 MB RAM and 512 MB Flash, ensuring stable, predictable performance across 24/7 operation. Power arrives via PoE (single Ethernet cable), eliminating the need for dedicated AC outlets or external 12VDC supplies at the encoder location. This single-cable topology reduces installation time and labor cost, especially in retrofit scenarios where running new power to a remote analog camera cluster would otherwise be expensive.

Resolution flexibility spans 176×144 up to 720×576 (PAL) or 720×480 (NTSC)—typical for analog-era cameras. The encoder delivers all four channels simultaneously at 25 or 30 fps, including quad-view at full resolution, so you're not trading frame rate for channel count.

Key Features

• H.264 and Motion JPEG compression — Multiple independent streams per channel allow simultaneous archival (H.264 for storage efficiency) and live playback (Motion JPEG for browser compatibility) without re-encoding penalty. H.264 cuts storage footprint roughly 50% compared to Motion JPEG, a meaningful factor when recording four channels 24/7 for retention periods of days or weeks.
• Axis Zipstream technology — Reduces bandwidth and storage load 30–50% by preserving motion detail while lowering quality in static areas. On a four-channel 24/7 installation over a limited WAN link, this avoids costly bandwidth upgrades.
• MicroSD/microSDHC/microSDXC edge storage with 256-bit AES-XTS encryption — Local card recording acts as a buffer during network outages or as a failover to NAS. Encryption means card data stays protected if the encoder is physically stolen. Cards are user-replaceable and cost far less than upgrading a centralized NVR.
• Comprehensive PTZ support — Drivers for analog PTZ cameras include up to 100 preset positions per camera, guard tour automation, and joystick compatibility. Dual RS485/RS422 serial ports handle multiple PTZ protocols (Pelco-D, Pelco-P, others), so you're not locked into a single vendor's pan-tilt hardware.
• ONVIF Profiles G, M, and S compliance — Ensures compatibility with major VMS platforms (Milestone XProtect, Axis Camera Station, third-party ONVIF-aware systems). This vendor-neutral approach protects your software investment if you later migrate or integrate with different management tools.
• Motion Guard, Fence Guard, and Loitering Guard analytics — Embedded video analytics trigger alerts and conditional recording without separate GPU or external processing. Motion detection on analog feeds, previously limited to crude pixel-change algorithms, now includes configurable intrusion zones and loiter timers—reducing false alarms and storage waste on quiet areas.
• Enterprise-grade security: HTTPS, IEEE 802.1X network access control, OAuth 2.0 ADFS, signed firmware, and secure boot — Protects against unauthorized firmware modifications and network-layer attacks. Certificate-based authentication integrates with Windows Active Directory, so encoder access inherits your existing user provisioning workflow.
• Event-driven FTP, email, and MQTT notifications — Alarms push directly to your monitoring center or mobile device without polling the encoder. MQTT support simplifies integration with modern IoT platforms and custom dashboards.

Integration and Compatibility

The 01679-001 connects to any network video recorder or VMS via RTSP/RTSPS stream ingestion. Axis IP cameras and the M7104 can coexist in the same deployment—mixed analog and native-IP architectures are common during migration phases. The encoder's VAPIX API and ACAP (Axis Camera Application Platform) support enable third-party developers to deploy custom motion detection or object recognition applications directly on the device, offloading processing from your central NVR.

Operating temperature range is 0–50 °C (32–122 °F), suitable for indoor installations and mild climate enclosures. Dimensions are 187 × 37 mm with 650 g weight—wall-mountable in tight spaces behind analog cameras or near a network switch.

What's in the Box

Contact us for detailed package contents and accessory compatibility.

Frequently Asked Questions

Q: Does the Axis 01679-001 require an external power supply?

A: No. The M7104 draws power via PoE (802.3af) over a single Ethernet cable. This simplifies installation and eliminates the need for AC outlets or dedicated 12VDC supplies at the encoder location.

Q: Can I use the 01679-001 with analog PTZ cameras?

A: Yes. The encoder includes dual RS485/RS422 serial ports and drivers for a wide range of analog PTZ protocols (Pelco-D, Pelco-P, and others). You can control pan, tilt, zoom, and presets directly from compatible VMS software or a joystick panel.

Q: What video formats does the M7104 support?

A: H.264 and Motion JPEG. You can configure independent streams per channel—for example, H.264 for long-term storage and Motion JPEG for live web playback, without re-encoding overhead.

Q: Is the 01679-001 ONVIF compliant?

A: Yes. It supports ONVIF Profiles G, M, and S, ensuring compatibility with Milestone XProtect, Axis Camera Station, and other ONVIF-aware VMS platforms.

Q: Can I record video locally on the encoder?

A: Yes. The M7104 supports microSD/microSDHC/microSDXC cards (user-replaceable) with 256-bit AES-XTS encryption. Local recording acts as a buffer during network outages or as failover storage independent of your central NVR.

Q: What is the warranty on the Axis 01679-001?

A: Axis provides a 3-year manufacturer's warranty covering defects in materials and workmanship.

Marty Allison

The Axis 01679-001 is the practical choice when you have 4–20 analog cameras that need to feed a modern VMS but a wholesale camera replacement isn't in the budget. The ARTPEC-7 processor and dual-compression support (H.264 + Motion JPEG simultaneously) mean you're not sacrificing efficiency or flexibility—you're gaining network access to feeds that are currently locked in coaxial silos.

Technical Highlights:

• H.264 + Zipstream on all four channels: Storage overhead drops 50–60% versus Motion JPEG, and Zipstream's motion-preserving bandwidth reduction adds another 30–50% on typical scenes. On a four-channel 24/7 installation over a 5 Mbps WAN link, this difference is the margin between feasible cloud archival and a 'not possible' decision.
• PoE (single 802.3af cable): Eliminates external 12VDC supplies and AC drops. Retrofit labor drops significantly when you're not running new power conduit.
• Dual RS485/RS422 for PTZ control: The 01679-001 handles Pelco-D, Pelco-P, and similar analog PTZ dialects natively. No additional serial-to-IP converter required.
• MicroSD with 256-bit AES-XTS: Local failover recording survives network outages and WAN latency spikes. Encryption prevents physical card theft from becoming a data breach.
• ONVIF Profiles G/M/S: Ensures you can integrate with any major VMS without vendor lock-in—critical if your shop standardizes on Milestone but your customer already has Axis Camera Station deployed elsewhere.

Deployment Considerations:

• Analog resolution ceiling: PAL maxes out at 720×576 (NTSC 720×480). If you need 1080p or higher, you're buying new IP cameras—the encoder won't magically upscale. Know your analog cameras' actual output before specifying the M7104.
• Serial port count: Two RS485/RS422 ports means you can control multiple PTZ chains, but if you're running 4 independent PTZ cameras on a four-channel encoder, verify your PTZ protocol supports multi-drop (most do, but old proprietary systems sometimes don't).
• PoE power budget: At 12.95 W typical draw, the encoder consumes less than half a standard 802.3af allocation. Verify your PoE switch has enough budget if you're also powering analog-to-IP cameras elsewhere on the same circuit.
• Storage overflow: MicroSD cards fail. Edge storage is a failover buffer, not a 30-day archive. Size your card conservatively and test failover scenarios with your NVR to confirm what happens when the card fills or the network reconnects.

Position the 01679-001 for retail, small-office, or educational installations where you're extending an aging analog system for 2–3 years before a full refresh. It's not a long-term permanent solution—but for phased migration, cost recovery, and avoiding wholesale camera replacement, it's efficient and operationally sound.