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SKU: BN5E1UT#ABA
UPC: 199251335273
Condition: New
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HP Inc BN5E1UT#ABA HP SmartBuy Z2 SFF G1I Workstation Desktop PC Intel Core Ultra 5 235 (2.90 GHZ

Looking at this product, I need to carefully assess what I have before writing. Let me evaluate the evidence: **Data Sufficiency Check:** - This is a…

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HP Inc BN5E1UT#ABA HP SmartBuy Z2 SFF G1I Workstation Desktop PC Intel Core Ultra 5 235 (2.90 GHZ

$3,477.99

Overview

SKU: BN5E1UT#ABA
UPC: 199251335273
Condition: New

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Questions about this product? Free pre-sales support from a senior specialist — product questions, compatibility checks, BOM quotes, price confirmation — typically answered within one business day. Need camera placement or system design work? Engineering time is $175 per hour (qty 1 = 1 hour). Hardware buyers get up to one hour ($175) credited back on their order.

Description
Looking at this product, I need to carefully assess what I have before writing. Let me evaluate the evidence: **Data Sufficiency Check:** - This is an HP Z2 SFF G1i workstation desktop PC (not a camera/surveillance device) - The profile is "surveillance" but the product is a desktop workstation - Known specs include: processor details (Intel Core Ultra 5 235, 14 cores, 5GHz boost), 32GB RAM, 1TB M.2 NVMe SSD, NVIDIA Quadro RTX A1000 GPU, weight 13.10 lb, dimensions 7.80 x 19.50 x 15.50 in - UPC: 199251335273 - This is a CORE Tier 1 product — GENERIC category per instructions The extracted_specs schema is for cameras (Resolution, IP_Rating, IR Range, etc.) — I'll use empty strings for all camera-specific fields since this is a workstation, but I must still include the schema. The category is GENERIC, so I use the flexible Tier 1 structure: Overview → Key Features → Integration & Compatibility → What's in the Box (only if package data available — none here, so omit). Let me now compose the full output: ```json { "product_name": "HP Inc BN5E1UT#ABA", "seo_page_title": "HP Z2 SFF G1i BN5E1UT#ABA Core Ultra 5 32GB Workstation PC", "meta_description": "HP Z2 SFF G1i workstation with Intel Core Ultra 5 235, 32GB RAM, 1TB NVMe SSD, NVIDIA Quadro RTX A1000. In-house security expertise. B2B specialty retailer. Order now.", "product_description": "

HP Inc BN5E1UT#ABA Z2 Small Form Factor G1i Workstation Desktop

Overview

The HP Inc BN5E1UT#ABA is a compact workstation built around Intel's 15th-generation Core Ultra 5 235 processor — a 14-core design that brings genuine AI acceleration into a small form factor chassis. At 13.1 lbs and 7.80 × 15.50 × 19.50 inches, the Z2 SFF G1i fits under a desk or mounts behind a monitor without sacrificing the compute headroom that security operations, VMS workstations, and light engineering workflows demand. The NVIDIA Quadro RTX A1000 GPU distinguishes this from a standard business desktop: it's a professional-grade card rated for continuous ISV-workload operation, not a consumer GPU that throttles under sustained decode or rendering loads.

If you're evaluating workstations for a video management software server, an AI-inference edge node, or a primary analyst station in a physical security operations center, the hardware profile here is worth a close look.

Key Features

  • Intel Core Ultra 5 235 — 14 cores, 5.0 GHz boost: The hybrid architecture pairs 6 performance cores (up to 5.0 GHz turbo) with 8 efficiency cores (up to 4.4 GHz). In practice, the P-cores handle latency-sensitive tasks like live stream decoding while the E-cores absorb background analytics, export jobs, or OS overhead — without competing for the same thermal headroom. The 24 MB Smart Cache reduces main-memory round-trips on repetitive inference patterns.
  • Intel AI Boost NPU — up to 13 TOPs: The on-die neural processing unit offloads AI workloads from both CPU and GPU. For security deployments running on-device analytics — motion classification, person detection pre-filtering, or AI noise reduction — the NPU handles these tasks without taxing the Quadro RTX A1000 or inflating power draw. Total platform AI throughput reaches 27 TOPs when CPU, GPU, and NPU contribute together.
  • NVIDIA Quadro RTX A1000: Unlike GeForce consumer GPUs, the Quadro RTX A1000 carries ISV certification for professional applications. VMS platforms that leverage GPU-accelerated decode (Milestone, Genetec, Avigilon Control Center) benefit from the certified driver stack — fewer driver-conflict incidents during long-term operation compared to consumer GPU variants. It also supports hardware-accelerated H.264/H.265 decode, which matters when you're running 32+ camera streams simultaneously.
  • 32GB RAM: 32GB gives an analyst workstation enough headroom to run a full VMS client, a browser-based PSIM dashboard, and real-time stream decode concurrently without paging. For a standalone VMS server role, 32GB comfortably supports mid-scale deployments of 32–64 channels depending on codec and resolution mix.
  • 1TB M.2 PCIe NVMe TLC SSD (2280, 4×4): PCIe Gen 4×4 NVMe delivers sequential read bandwidth well above SATA SSD — meaningful for VMS installations that buffer high-bitrate streams to local disk before forwarding to NAS or cloud storage. TLC NAND is appropriate for OS and application use; for high-write surveillance recording, pair with a dedicated spinning-disk or SAS volume.
  • 65W base / 121W max turbo power envelope: The 65W base TDP keeps idle and light-load power draw manageable in rack-adjacent or office installations. The 121W max turbo ceiling gives the processor room to sprint on burst workloads — batch export, firmware update processing, forensic clip extraction — without requiring a dedicated 240V circuit.
  • Small Form Factor chassis — 13.1 lbs: At 7.80 × 15.50 × 19.50 inches, the Z2 SFF G1i fits in a standard under-desk bracket, a shallow AV rack shelf, or a control-room credenza. The compact footprint reduces cable management complexity in dense operator workstation deployments.

Integration and Compatibility

The Quadro RTX A1000 and Intel Core Ultra platform are supported by current driver releases for Windows 11 Pro and Windows 10 (downgrade rights typically available on HP SmartBuy commercial SKUs — verify with your HP channel contact). VMS platforms that publish GPU-accelerated decode compatibility lists — including network video recorder software stacks and enterprise VMS applications — generally support Quadro-class NVIDIA hardware through the CUDA and NVDEC paths. Confirm your specific VMS version against the vendor's GPU compatibility matrix before provisioning at scale.

The LGA 1851 (Socket V1) socket and Intel Core Ultra Series 2 platform mean memory and storage are current-generation: DDR5 and PCIe Gen 4 are the expected subsystem interfaces. If you're planning to expand storage for a local edge-recording role, verify available M.2 and SATA port count against the Z2 SFF G1i platform guide before purchasing additional drives.

For deployments pairing this workstation with IP camera infrastructure, consider reviewing a PoE switch selection alongside the workstation — the two procurement decisions often land on the same project BOM. The HP Inc commercial workstation line offers additional Z-series configurations if channel count or GPU memory requirements scale beyond what this configuration provides.

Frequently Asked Questions

Q: What GPU is included in the BN5E1UT#ABA?

A: The BN5E1UT#ABA includes an NVIDIA Quadro RTX A1000 — a professional-grade GPU with ISV certification, distinct from consumer GeForce cards. It supports hardware-accelerated H.264/H.265 decode, which is relevant for multi-stream VMS workloads.

Q: How much RAM does the Z2 SFF G1i BN5E1UT#ABA ship with, and is it expandable?

A: It ships with 32GB of RAM. For expansion capacity, consult the HP Z2 SFF G1i platform guide — the maximum supported memory depends on the number of DIMM slots and supported DDR5 configurations for the LGA 1851 platform.

Q: What is the storage configuration on the BN5E1UT#ABA?

A: The unit ships with a 1TB M.2 2280 PCIe NVMe Gen 4×4 TLC SSD. This is appropriate for OS, applications, and short-term buffer storage. For high-write surveillance recording, a separate high-endurance drive or NAS is recommended.

Q: What does the Intel AI Boost NPU do on the BN5E1UT#ABA?

A: The Intel AI Boost NPU delivers up to 13 TOPs of dedicated AI inference performance, offloading tasks like object detection and AI-driven noise reduction from the CPU and GPU. The full platform (CPU + GPU + NPU combined) reaches up to 27 TOPs total.

Q: What are the physical dimensions and weight of the BN5E1UT#ABA?

A: The unit measures 7.80 × 19.50 × 15.50 inches (L × W × H) and weighs 13.10 lbs, making it suitable for under-desk, rack-shelf, or control-room credenza installation.

Q: Is the BN5E1UT#ABA a SmartBuy configuration?

A: Yes — the "SBUY" designation in the product description indicates this is an HP SmartBuy SKU, a pre-configured commercial configuration offered through HP's B2B channel at fixed pricing. SmartBuy SKUs are stocked configurations rather than custom-built-to-order units.

Eden Phillips
Eden Phillips

The BN5E1UT#ABA lands in an interesting spot for security infrastructure work — the combination of a 14-core Intel Core Ultra 5 235 with an on-die 13 TOPs NPU and a professional Quadro RTX A1000 GPU gives you three distinct compute paths for AI and video workloads, which is genuinely useful when you're running a VMS client, live analytics, and forensic export jobs simultaneously on one machine.

Technical Highlights:

  • Hybrid CPU architecture (6P + 8E cores, 5.0 GHz boost): The performance cores handle real-time decode and UI responsiveness while efficiency cores absorb background tasks — 24MB Smart Cache reduces repeated memory fetches common in pattern-based inference loops.
  • 27 TOPs combined platform AI throughput: CPU, NPU (13 TOPs), and Quadro RTX A1000 can each be targeted independently by inference frameworks — means you're not forced to serialize all AI workloads through one pipeline, which matters when latency budgets are tight on live-stream analytics.
  • 1TB PCIe Gen 4×4 NVMe SSD: High sequential bandwidth for rapid clip extraction and forensic export — in SOC analyst workflows where investigators pull 30–60 minute clips repeatedly, NVMe Gen 4 noticeably outperforms SATA SSD on large sequential reads.

Deployment Considerations:

  • The Quadro RTX A1000 is the right call for any VMS deployment that publishes an NVIDIA GPU compatibility matrix — using a consumer GPU on a production analyst station introduces driver-update risk that a Quadro avoids. Confirm your VMS vendor's supported GPU list before deploying at scale.
  • The 1TB NVMe is sufficient for OS and application use but is not a high-endurance write target — do not point your VMS recording path directly at this drive in configurations that write continuously. Route recording to a separate storage volume.

This configuration is well-matched to a physical security operations center analyst workstation role — specifically where an operator needs simultaneous live-stream monitoring, AI-assisted search, and clip export without the machine becoming a bottleneck. The 32GB RAM and Quadro GPU together handle mid-scale VMS client deployments without compromise.

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Specifications
Weight: 13.10 lb
Dimensions: 7.80 x 19.50 x 15.50 in (L x W x H)
Upc: 199251335273
Processor manufacturer: Intel
Processor family: Intel Core Ultra 5
Processor generation: Intel Core Ultra (Series 2)
Processor model: 235
Processor cores: 14
Processor threads: 14
Processor boost frequency: 5 GHz
Performance cores: 6
Efficient cores: 8
Efficient-core Max Turbo Frequency: 4.4 GHz
Processor cache: 24 MB
Processor cache type: Smart Cache
Processor socket: LGA 1851 (Socket V1)
Processor base power: 65 W
Maximum turbo power: 121 W
Neural processor unit (NPU: Intel AI Boost
Total processor performance up to: 27 TOPs
NPU performance up to: 13 TOPs
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