Hanwha P-3104W vs Hanwha PRN-6400DB4: Specification Comparison
Both the Hanwha WRT-P-3104W-8TB and the Hanwha PRN-6400DB4 are 64-channel NVRs from the same manufacturer, targeting professional surveillance installations. The WRT-P-3104W is a Windows/Linux PC-based appliance running Wisenet WAVE VMS on a 14th-Gen Intel Core i3 platform, while the PRN-6400DB4 is a purpose-built embedded Linux recorder with dedicated hardware decoding. Buyers considering either unit are typically evaluating recording bandwidth, maximum storage capacity, redundancy features, and platform openness for a 64-channel deployment.
In This Guide
- Which NVR delivers more recording bandwidth and higher-resolution support across 64 channels?
- How do the two units compare on maximum storage capacity, drive bay configuration, and data-protection features?
- What are the differences in platform openness, software ecosystem, power environment, and physical installation requirements?
- Which should you choose: the P-3104W or the PRN-6400DB4?
- Side-by-Side Specs
- FAQ
Which NVR delivers more recording bandwidth and higher-resolution support across 64 channels?
The PRN-6400DB4 specifies a maximum recording bandwidth of 400 Mbps and supports camera resolutions up to 32MP (8K), with a local display decode path reaching 32MP at 15 fps (H.265). The WRT-P-3104W specifies 170 Mbps of recording bandwidth across its 64 channels, and no maximum per-camera resolution is stated in the provided specifications.
For simultaneous playback, the PRN-6400DB4 supports up to 112 channels (64 local, 16 per remote user across up to 3 remote users), and its playback bandwidth is specified at a maximum of 64 Mbps across 64 channels. The WRT-P-3104W's playback bandwidth and simultaneous playback channel count are not specified in the provided data.
On transmission bandwidth alone, the PRN-6400DB4's 400 Mbps ceiling is more than double the WRT-P-3104W's 170 Mbps, making it the higher-throughput platform when camera counts approach 64 at elevated bitrates or high resolutions.
How do the two units compare on maximum storage capacity, drive bay configuration, and data-protection features?
The PRN-6400DB4 provides 16 hot-swappable SATA drive bays with a stated maximum raw capacity of 160TB (non-RAID mode) and supports RAID 5 and RAID 6 across two arrays of 8 HDDs each, plus iSCSI external storage expansion. It also specifies N+1 failover redundancy and Automatic Recovery Backup (ARB). Individual HDD support is listed at up to 10TB per drive.
The WRT-P-3104W ships with 8TB installed across 3 SATA drive bays and expands to a maximum of 16TB internally, plus a 256GB M.2 SSD for the OS. No RAID capability, hot-swap support, failover, or external storage expansion is mentioned in the provided specifications.
For storage depth, the PRN-6400DB4's 160TB raw ceiling and RAID 5/6 with hot-swap represent an enterprise-class data-protection tier; the WRT-P-3104W's 16TB maximum and absence of stated redundancy features position it for smaller or less retention-intensive deployments.
What are the differences in platform openness, software ecosystem, power environment, and physical installation requirements?
The WRT-P-3104W runs Windows 11 IoT Enterprise 2024 or Ubuntu Linux 22.04 LTS and ships with Wisenet WAVE VMS including 4 Professional licenses, offering a general-purpose OS environment with flexibility for third-party software. It uses dual 1GbE network interfaces (on-board plus PCIe), dual DisplayPort outputs (with HDMI adapters), USB 3.2 Gen 2 and USB 2.0 ports, and a 500W 80 Plus Platinum power supply in a mini-tower form factor. Operating temperature is 10–35°C and weight is 24 lbs (10.68 kg). Warranty is stated as 5 years.
The PRN-6400DB4 runs embedded Linux and relies on Hanwha's native client ecosystem (Webviewer, Smart Viewer, Wisenet Mobile, CGI/SUNAPI). It provides three 1GbE RJ-45 ports (LAN/WAN), dual HDMI outputs (4K@30Hz and 1080p@60Hz), 4 USB ports (2× USB 2.0 front, 2× USB 3.0 rear), 8 alarm inputs and 4 alarm outputs, dual AC power inlets (dual SMPS), and a maximum power draw of 285W with 16 HDDs loaded. Operating temperature is 0–40°C and weight is approximately 14.3 kg (31.5 lb) without HDDs. No warranty term is stated in the provided specifications.
The PRN-6400DB4 has a wider operating temperature range (0–40°C vs. 10–35°C), dedicated alarm I/O, dual AC power inlet redundancy, and native PTZ controller support (SPC-2000). The WRT-P-3104W offers OS-level flexibility and a 5-year stated warranty, but alarm I/O, dual PSU redundancy, and operating temperature floor are not matched in the provided specs.
Which should you choose: the P-3104W or the PRN-6400DB4?
Our take: The PRN-6400DB4 is the stronger choice when the deployment demands maximum throughput, large on-site retention, hardware-level redundancy, and enterprise alarm integration. Its 400 Mbps recording bandwidth is 2.4× the WRT-P-3104W's 170 Mbps ceiling; its 160TB maximum storage via 16 hot-swap bays dwarfs the WRT-P-3104W's 16TB limit; and it adds RAID 5/6, N+1 failover, dual SMPS power inlets, and 8 alarm inputs that are absent from the WRT-P-3104W's stated specifications. Conversely, the WRT-P-3104W suits buyers who need a general-purpose OS (Windows 11 IoT or Ubuntu), the flexibility of Wisenet WAVE on an open PC platform with a bundled 4-license VMS package, and a 5-year warranty—none of which are confirmed in the PRN-6400DB4 specs. Choose the PRN-6400DB4 for high-channel-density, high-resolution, or retention-critical enterprise sites; choose the WRT-P-3104W for WAVE-centric, software-flexible deployments with modest on-site storage needs.
Side-by-Side Comparison
Spec-for-spec, from manufacturer data.
| Specification | Hanwha P-3104W | Hanwha PRN-6400DB4 |
|---|---|---|
| Max Channels | 64 | 64 |
| Recording Bandwidth | 170 Mbps | 400 Mbps |
| Max Camera Resolution | Not specified | 32MP (8K) |
| Drive Bays | 3 × 3.5" SATA | 16 × SATA (hot-swap) |
| Installed Storage | 8TB | Not included (bays only) |
| Max Internal Storage | 16TB | 160TB (non-RAID) |
| RAID Support | Not specified | RAID 5/6 (2 × 8-HDD arrays) |
| External Storage | Not specified | iSCSI |
| Redundancy / Failover | Not specified | N+1 failover + ARB |
| Operating System | Windows 11 IoT Enterprise 2024 / Ubuntu 22.04 LTS | Embedded Linux |
| Included VMS / Licenses | Wisenet WAVE — 4 Professional licenses | Native Hanwha clients (no standalone VMS license stated) |
| Network Interfaces | Dual 1GbE (on-board + PCIe) | 3 × 1GbE RJ-45 (LAN/WAN) |
| Video Outputs | 2 × DisplayPort (HDMI adapter) | 2 × HDMI (4K@30Hz + 1080p@60Hz) |
| Alarm I/O | Not specified | 8 inputs / 4 outputs |
| Power Supply | 500W 80 Plus Platinum (single) | Dual SMPS; max 285W (with 16 HDDs) |
| Operating Temperature | 10–35°C | 0–40°C |
| Weight | 24 lb (10.68 kg) | 31.5 lb (14.3 kg, HDDs not included) |
| Warranty | 5 years | Not specified |
Frequently Asked Questions
Which should you choose: the P-3104W or the PRN-6400DB4?
The PRN-6400DB4 is the stronger choice when the deployment demands maximum throughput, large on-site retention, hardware-level redundancy, and enterprise alarm integration. Its 400 Mbps recording bandwidth is 2.4× the WRT-P-3104W's 170 Mbps ceiling; its 160TB maximum storage via 16 hot-swap bays dwarfs the WRT-P-3104W's 16TB limit; and it adds RAID 5/6, N+1 failover, dual SMPS power inlets, and 8 alarm inputs that are absent from the WRT-P-3104W's stated specifications. Conversely, the WRT-P-3104W suits buyers who need a general-purpose OS (Windows 11 IoT or Ubuntu), the flexibility of Wisenet WAVE on an open PC platform with a bundled 4-license VMS package, and a 5-year warranty—none of which are confirmed in the PRN-6400DB4 specs. Choose the PRN-6400DB4 for high-channel-density, high-resolution, or retention-critical enterprise sites; choose the WRT-P-3104W for WAVE-centric, software-flexible deployments with modest on-site storage needs.
Is the WRT-P-3104W or PRN-6400DB4 better for larger deployments with high-resolution cameras?
Based on the provided specifications, the PRN-6400DB4 is better suited to larger or higher-resolution deployments. It supports up to 32MP (8K) camera inputs and a 400 Mbps recording bandwidth ceiling, compared to the WRT-P-3104W's 170 Mbps limit with no stated per-camera resolution maximum. The PRN-6400DB4 also offers substantially more storage headroom at up to 160TB versus the WRT-P-3104W's 16TB maximum.
Does either NVR include built-in redundancy or RAID to protect recorded footage?
Yes, but only the PRN-6400DB4 specifies redundancy features in the provided data. It supports RAID 5 and RAID 6 (two arrays of 8 HDDs each), hot-swappable drives, N+1 failover, Automatic Recovery Backup (ARB), and dual AC power inlets. The WRT-P-3104W's specifications do not mention RAID, hot-swap capability, failover, or redundant power.
Can the WRT-P-3104W be used with third-party VMS software, and what software does the PRN-6400DB4 support?
The WRT-P-3104W runs Windows 11 IoT Enterprise 2024 or Ubuntu Linux 22.04 LTS, which are general-purpose operating systems that can, in principle, host third-party software alongside the included Wisenet WAVE VMS (4 Professional licenses). The PRN-6400DB4 runs embedded Linux and is tied to Hanwha's native client suite—Webviewer, Smart Viewer, Wisenet Mobile, and CGI/SUNAPI—with no mention of third-party VMS support in the provided specifications. Buyers requiring platform openness should factor this distinction into their decision.
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