Bosch Workstation Z4G5 with T1000 graphics - MHW-WZ4G5-HEN3

Bosch MHW-WZ4G5-HEN3 Tower Workstation with NVIDIA T1000 Graphics

Overview

The Bosch MHW-WZ4G5-HEN3 is a purpose-configured tower workstation built around an Intel Xeon W-2423 processor and NVIDIA T1000 GPU — a combination that targets demanding video management and physical security analytics workloads where a consumer desktop won't meet reliability or throughput requirements. At 4U rack-equivalent in tower form, it fits both machine room shelving and under-desk operator station deployments without modification. If you're running a multi-stream VMS server, a video analytics node, or a security operations workstation handling simultaneous high-resolution playback across four displays, the MHW-WZ4G5-HEN3 is sized to handle it.

For integrators evaluating the broader Bosch surveillance and infrastructure line, this workstation is the compute layer that sits behind the camera and recording infrastructure — not a standalone product, but the platform that makes large-scale deployments operationally viable.

Key Features

• Intel Xeon W-2423 @ 2.1GHz, 6 Cores, 15MB Cache: The Xeon W platform brings ECC memory support and workstation-class reliability that consumer Core i-series chips don't offer. Six cores at 2.1GHz handles multi-stream VMS decode and concurrent analytics processes without the thermal throttling risk you see in consumer platforms pushed into 24/7 operation.
• 16GB DDR5 @ 4400MHz: DDR5 at 4400MHz delivers meaningfully higher memory bandwidth than DDR4-based predecessors — relevant when feeding a GPU processing multiple simultaneous H.265 streams. 16GB is adequate for most VMS server roles; confirm your VMS vendor's memory requirements if you're running deep-learning analytics plugins, as some add 8–16GB overhead per analytics engine instance.
• NVIDIA T1000 with 8GB GDDR6, 4x mDP 1.4 Outputs: The T1000's 8GB GDDR6 frame buffer is substantial for a workstation-class card — it handles four-display video walls or simultaneous 4K stream decode without memory pressure that causes frame drops in VMS playback. Four Mini DisplayPort 1.4 outputs mean you can drive four independent 4K monitors directly from one card, which is the standard configuration for a security operations center operator station.
• 512GB M.2 NVMe SSD (PCIe 4x4 2280 TLC): PCIe Gen 4 NVMe delivers sequential read speeds in the 5–7 GB/s range — fast enough that OS and application load times are negligible, and VMS software database operations don't bottleneck on storage I/O. TLC NAND on a workstation-grade M.2 is appropriate for the OS and application tier; video retention storage should be handled externally via NAS or DAS rather than relying on this internal drive.
• 525W Power Supply, 80 PLUS Gold, 90% Efficiency: An 80 PLUS Gold supply at 525W gives you clean, stable power delivery with minimal waste heat — at full draw you're losing roughly 52W to heat rather than 100W+ on a Bronze-rated supply. This matters in rack or enclosed cabinet deployments where thermal management is constrained.
• Maximum Heat Loss 1,484 BTU/h: Plan your rack cooling budget around this figure. At 1,484 BTU/h under sustained load, this unit contributes meaningfully to cabinet heat density. A single-unit deployment is manageable; if you're stacking multiples in a shared rack, confirm your CRAC or in-row cooler capacity before commissioning.
• Operating Temperature 5°C – 35°C, Altitude up to 3,048m: Standard commercial operating envelope — appropriate for conditioned server rooms and security operations centers. The 3,048m altitude ceiling covers the vast majority of North American deployments including high-altitude sites in the Rocky Mountain region. If you're deploying in an unconditioned space, this is not the right unit.
• Input Voltage 100–240 VAC, 6A Rated: Universal input voltage means no step-down transformer needed for international deployments. At 6A rated draw, verify your PDU or UPS outlet can sustain that current — a shared 15A circuit can support two units at rated load with margin.
• RoHS and WEEE Compliant: Both certifications are required for EU procurement and increasingly demanded by enterprise sustainability programs. If your project has environmental compliance requirements, these are pre-checked boxes rather than follow-up procurement questions.

Integration and Compatibility

The MHW-WZ4G5-HEN3 (often searched as MHW WZ4G5 HEN3) is positioned as a VMS server and analytics workstation within Bosch's video security ecosystem. The four Mini DisplayPort 1.4 outputs are directly compatible with any mDP-capable monitor or via passive adapters with standard DisplayPort displays — confirm adapter compatibility before deploying with legacy VGA or DVI monitors, as those require active conversion. The PCIe 4x4 NVMe slot is populated at the factory; if your deployment requires additional storage, plan for external connectivity rather than internal expansion on this slot.

For integrators building out a complete recording infrastructure, pair this workstation with appropriate PoE network switches to manage camera connectivity, and evaluate your storage architecture against VMS retention requirements — the 512GB internal SSD is not sized for video retention. A camera selection guide can help match the compute tier to the camera count and resolution mix you're managing.

Frequently Asked Questions

Q: What GPU is included in the MHW-WZ4G5-HEN3 and how many monitors can it support?

A: The MHW-WZ4G5-HEN3 includes an NVIDIA T1000 with 8GB GDDR6 memory. It provides four Mini DisplayPort 1.4 outputs, supporting up to four independent displays simultaneously — suitable for multi-monitor security operations center configurations.

Q: Is the internal 512GB SSD sufficient for video recording storage?

A: No. The 512GB M.2 NVMe SSD is intended for the operating system and VMS application tier only. Video retention storage should be handled via external NAS, DAS, or a dedicated storage array. Plan your storage architecture separately based on your camera count, resolution, and retention period requirements.

Q: What are the power requirements for the MHW-WZ4G5-HEN3?

A: The workstation accepts universal input voltage from 100 to 240 VAC with a rated input current of 6A. The 525W power supply is 80 PLUS Gold rated at 90% efficiency. Verify your PDU or UPS outlet supports 6A sustained draw before installation.

Q: Is the MHW-WZ4G5-HEN3 suitable for deployment in unconditioned spaces or outdoor enclosures?

A: No. The unit's operating temperature range is 5°C to 35°C, which requires a climate-controlled environment. It is not rated for outdoor or unconditioned space deployment.

Q: Does the MHW-WZ4G5-HEN3 meet environmental compliance requirements for EU procurement?

A: Yes. The unit is both RoHS and WEEE compliant, satisfying the primary environmental compliance requirements for EU and many enterprise sustainability programs.

Q: Can this workstation be rack-mounted?

A: The MHW-WZ4G5-HEN3 is a tower-form workstation equivalent to 4U in rack height. It is designed as a tower unit; rack mounting would require a compatible tower-to-rack conversion kit and should be verified against the unit's physical dimensions (386mm H x 169mm W x 445mm D) before purchasing rack hardware.

Ted Perry

When I spec a VMS server or analytics node for a mid-to-large physical security deployment, the question is always whether the platform can sustain 24/7 throughput without thermal or memory pressure causing VMS instability. The MHW-WZ4G5-HEN3 addresses that with a Xeon W-2423 — an ECC-capable workstation processor, not a repurposed consumer chip — paired with DDR5 at 4400MHz for the memory bandwidth that multi-stream decode actually demands.

Technical Highlights:

• NVIDIA T1000, 8GB GDDR6: 8GB of GDDR6 on the T1000 is more headroom than most operator station deployments will use — four simultaneous 4K streams decode without memory pressure, and the four mDP 1.4 outputs let you drive a full four-display video wall without a secondary card.
• 525W / 80 PLUS Gold @ 90% Efficiency: That 90% efficiency rating means roughly 52W lost to heat at full draw versus 100W+ on a Bronze supply — meaningful in cabinet deployments where you're managing BTU budgets. The published 1,484 BTU/h maximum heat loss is the number to plug into your rack cooling calculations.
• PCIe Gen 4 NVMe, 512GB TLC: Fast enough that application and OS operations never bottleneck on storage — sequential reads in the 5–7 GB/s range means VMS database queries and log operations are effectively instant. This is not your video retention drive; it's your application drive.

Deployment Considerations:

• The 5°C – 35°C operating range is a hard constraint — plan for conditioned space. If your security room hits 38°C in summer without active cooling, this unit will thermal-throttle or shut down under sustained load.
• At 6A rated input current on a shared PDU circuit, verify breaker capacity before adding a second unit to the same 15A outlet — two units at rated draw leaves almost no margin on a standard 15A circuit.

This workstation is well-matched to a security operations center build where operators need four-monitor video wall capability with simultaneous VMS playback and analytics — or as a dedicated analytics processing node in a distributed Bosch Video Management System deployment where the compute tier is separated from the recording tier.