Hanwha ARD-1610 vs Hanwha QRN-1630S: Specification Comparison
Both the Hanwha ARD-1610 and QRN-1630S are 16-channel, 1U rack-mount NVRs running embedded Linux, positioned for mid-tier surveillance deployments. The ARD-1610 is a hybrid recorder accepting AHD/TVI/CVI/CVBS analog inputs plus up to 2 additional IP channels (18 total), while the QRN-1630S is a pure IP NVR with 16 built-in PoE+ ports. Both record at up to 16 channels, share dual SATA storage bays, and operate on the Wisenet/SUNAPI ecosystem, making them legitimate cross-shop candidates for installers deciding between a hybrid analog-transition system and a full IP deployment.
In This Guide
- What channel capacity, maximum resolution, and recording throughput does each NVR deliver?
- How do the two units compare on power delivery, storage capacity, and physical connectivity?
- What local display options, redundancy features, and management software integration does each unit provide?
- Which should you choose: the ARD-1610 or the QRN-1630S?
- Side-by-Side Specs
- FAQ
What channel capacity, maximum resolution, and recording throughput does each NVR deliver?
The ARD-1610 supports 16 analog inputs (AHD/TVI/CVI/CVBS via BNC) plus 2 additional IP channels for a total of 18 channels. Analog recording peaks at 5MP@12fps or 4MP@15fps per the spec sheet; IP channels accept up to 5MP resolution. Maximum recording bandwidth is 100Mbps.
The QRN-1630S accepts up to 16 IP channels only — there are no analog inputs. It records at up to 8MP resolution across all 16 channels, with a decoding rate of 8MP@60fps or 1080p@240fps locally. Maximum recording bandwidth is 128Mbps, with a separate playback bandwidth cap of 32Mbps.
On pure IP resolution, the QRN-1630S has a clear advantage: 8MP ceiling versus 5MP on the ARD-1610, and 128Mbps versus 100Mbps throughput. However, the ARD-1610 uniquely handles existing analog cameras — AHD, TVI, CVI, and CVBS — without separate encoders, which is the defining differentiator for hybrid or transition-era sites.
How do the two units compare on power delivery, storage capacity, and physical connectivity?
The ARD-1610 draws a maximum of 40.8W (with two 6TB HDDs installed) from a DC 12V input. It has no built-in PoE capability; analog cameras connect via 16 BNC inputs, and IP cameras require external PoE switches or injectors. Storage uses dual SATA bays supporting drives up to 6TB each, for a maximum of 12TB. Connectivity includes 1× Gigabit RJ-45, 3× USB 2.0 (front/rear), RS-485 for PTZ, 4× alarm inputs, 1× relay alarm output, and 16 BNC inputs plus 1 BNC spot output.
The QRN-1630S draws up to 200W from 100–240VAC (50/60Hz) and integrates 16× PoE+ (802.3at) RJ-45 ports (10/100) with a total PoE budget of 130W, plus 1× dedicated 1Gbps LAN/WAN uplink port. Storage uses dual SATA bays supporting drives up to 10TB each, for a maximum of 20TB. Connectivity includes 2× HDMI outputs, 1× RCA audio out, 2× USB 2.0 (front), 4× alarm inputs, and 2× alarm outputs.
The QRN-1630S offers significantly higher storage headroom (20TB vs 12TB), two alarm outputs versus one on the ARD-1610, and eliminates the need for any external PoE infrastructure. The ARD-1610's 40.8W draw versus the QRN-1630S's 200W maximum reflects the fundamental difference: the QRN-1630S powers up to 16 cameras internally while the ARD-1610 does not power any.
What local display options, redundancy features, and management software integration does each unit provide?
The ARD-1610 provides 1× HDMI (up to 4K) and 1× VGA output. Local display supports up to 20 screen divisions with 1–9 layout options. Local simultaneous playback is 18 channels; remote CMS playback is 18 channels, mobile 4 channels, and web 1 channel. Fisheye dewarping is supported via web and CMS. Smart search includes Virtual Line with direction and Enter/Exit detection. Supported viewer software includes Webviewer, Wisenet Viewer, and mobile app.
The QRN-1630S provides 2× HDMI outputs — HDMI1 at 3840×2160@30Hz and HDMI2 at 1920×1080@60Hz — with Clone and Expand modes supporting up to 16 divisions per output. Simultaneous playback reaches 40 channels total (16 local, 8 per remote user). Fisheye dewarping is supported via CMS. Viewer software includes WAVE, SSM, Webviewer, Smart Viewer, and Wisenet — a broader VMS ecosystem. Failover redundancy (N+1) is specified; both units support ARB. Camera setup on the QRN-1630S includes advanced per-camera configuration: bitrate, GOP, MD polygon zones, focus, WDR, DIS, and hallway view. The QRN-1630S also adds IPv6 support, signed firmware, and P2P setup via QR code.
The QRN-1630S's dual-HDMI, wider VMS compatibility (WAVE, SSM), N+1 failover, signed firmware, and IPv6 support position it as the more enterprise-capable management platform. The ARD-1610 adds VGA output and RS-485 PTZ serial control, which the QRN-1630S spec sheet does not list, and supports coaxial control (CVBS/Pelco-C, AHD, CVI, TVI) for analog PTZ cameras — a unique capability on hybrid sites.
Which should you choose: the ARD-1610 or the QRN-1630S?
Our take: The ARD-1610 is the stronger choice when an installation must retain existing analog cameras (AHD, TVI, CVI, or CVBS) while adding IP cameras, eliminating the cost of encoders or a full camera swap. For pure-IP deployments, the QRN-1630S is the technically superior recorder: it records at 8MP versus 5MP, delivers 128Mbps versus 100Mbps throughput, supports up to 20TB storage versus 12TB, and integrates 16× PoE+ ports with a 130W budget so no external switching infrastructure is required. The QRN-1630S also offers dual HDMI outputs (4K + 1080p simultaneously), N+1 failover redundancy, broader VMS support (WAVE, SSM), signed firmware, and IPv6 — capabilities absent from the ARD-1610 spec sheet. The ARD-1610 suits hybrid or analog-transition sites on tighter power and budget constraints; the QRN-1630S suits new full-IP builds or enterprise environments requiring higher resolution, greater storage, and integrated camera power.
Side-by-Side Comparison
Spec-for-spec, from manufacturer data.
| Specification | Hanwha ARD-1610 | Hanwha QRN-1630S |
|---|---|---|
| Product Type | Hybrid NVR (Analog + IP) | Pure IP NVR |
| Total Channels | 18 (16 analog + 2 IP) | 16 (IP only) |
| Analog Inputs | 16× BNC (AHD/TVI/CVI/CVBS) | — |
| IP Camera Inputs | 2 additional (max 18 total) | 16 (max 16 total) |
| Max Camera Resolution | 5MP | 8MP |
| Max Recording Bandwidth | 100Mbps | 128Mbps |
| Built-in PoE Ports | — | 16× PoE+ (802.3at) |
| PoE Budget | — | 130W |
| Video Outputs | 1× HDMI (4K), 1× VGA | 2× HDMI (4K@30Hz + 1080p@60Hz) |
| Max Local Display Divisions | 20 | 16 per output (Clone or Expand) |
| HDD Slots / Max Storage | 2× SATA / 12TB (2× 6TB) | 2× SATA / 20TB (2× 10TB) |
| Alarm Inputs / Outputs | 4 in / 1 relay out | 4 in / 2 out |
| USB Ports | 3× USB 2.0 | 2× USB 2.0 |
| Failover (N+1) | — | Supported |
| Max Power Draw | 40.8W (DC 12V) | 200W (100–240VAC) |
| Viewer Software | Webviewer, Wisenet Viewer, mobile app | WAVE, SSM, Webviewer, Smart Viewer, Wisenet |
Frequently Asked Questions
Which should you choose: the ARD-1610 or the QRN-1630S?
The ARD-1610 is the stronger choice when an installation must retain existing analog cameras (AHD, TVI, CVI, or CVBS) while adding IP cameras, eliminating the cost of encoders or a full camera swap. For pure-IP deployments, the QRN-1630S is the technically superior recorder: it records at 8MP versus 5MP, delivers 128Mbps versus 100Mbps throughput, supports up to 20TB storage versus 12TB, and integrates 16× PoE+ ports with a 130W budget so no external switching infrastructure is required. The QRN-1630S also offers dual HDMI outputs (4K + 1080p simultaneously), N+1 failover redundancy, broader VMS support (WAVE, SSM), signed firmware, and IPv6 — capabilities absent from the ARD-1610 spec sheet. The ARD-1610 suits hybrid or analog-transition sites on tighter power and budget constraints; the QRN-1630S suits new full-IP builds or enterprise environments requiring higher resolution, greater storage, and integrated camera power.
Can the ARD-1610 or QRN-1630S power cameras directly without a separate PoE switch?
Only the QRN-1630S can power cameras directly: it has 16 built-in PoE+ (802.3at) ports with a combined 130W PoE budget. The ARD-1610 has no PoE capability — its 16 inputs are BNC connectors for analog cameras, and any IP cameras added to its 2 network inputs require an external PoE switch or injector.
Is the ARD-1610 or QRN-1630S better for sites that still have analog cameras?
The ARD-1610 is the only option of the two that supports analog cameras. It accepts AHD, TVI, CVI, and CVBS signals on 16 BNC inputs and includes coaxial PTZ control (Pelco-C/AHD/CVI/TVI) and RS-485 serial PTZ. The QRN-1630S is a pure IP NVR with no analog inputs whatsoever.
Which unit supports higher-resolution cameras and more total storage?
The QRN-1630S supports higher resolution: its IP channels record up to 8MP, versus 5MP on the ARD-1610. It also supports more storage: dual SATA bays accept drives up to 10TB each for a 20TB maximum, compared to a 12TB maximum (2× 6TB) on the ARD-1610.
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