Intel® Xeon® Processor FFS-XEON-32-2240, 12 Cores / 24 Threads, ITM005070

Introduction: Meet the Intel® Xeon® Processor FFS-XEON-32-2240 (12 Cores / 24 Threads)

The Intel® Xeon® Processor FFS-XEON-32-2240, listed under supplier SKU FFS-XEON-32-2240 and internal code ITM005070, is presented as a server-grade CPU intended for OEM 2CRSi systems and security/CCTV server deployments. With 12 physical cores and 24 threads confirmed from supplier records, this processor sits in the class of mid-to-high tier server CPUs that balance multi-threaded performance and power efficiency for persistent workloads. It is sold by 2CRSi and targeted at integrators and IT teams building dedicated recording, analytics, virtualization, and general-purpose server platforms.

Key Features at a Glance

• 12 cores / 24 threads— strong multi-threading capacity for concurrent tasks and parallel workloads.
• Server-grade build— supplied for OEM server systems (2CRSi) and recommended for CCTV/security infrastructure.
• Supplier and internal references— Supplier SKU: FFS-XEON-32-2240; Internal code: ITM005070.
• Intended uses— server hardware, OEM 2CRSi systems, CCTV/security servers.
• Availability— currently out of stock (0 units).

Detailed Specifications and Benefits

Based on the supplied product record, the most reliable, confirmed technical attribute is the core and thread count: 12 cores and 24 threads. This configuration typically translates into robust performance for multi-threaded server tasks such as virtual machines, container hosts, multi-stream video encoding/decoding, concurrent recording streams, database handling, and medium-scale compute workloads.

• Cores / Threads:12 cores / 24 threads — allows high concurrency and good throughput when running multi-process or multi-threaded server applications.
• Identification:Supplier SKU FFS-XEON-32-2240, internal code ITM005070, brand listed as 2CRSi.
• Pricing & inventory:Cost price USD 6,626.88; suggested RRP USD 7,891.05 (approx. 16% gross margin). Stock: 0 units.

Several critical technical details were not provided in the supplied data and must be confirmed before procurement, validation or integration:

• Base and turbo frequencies — determine per-core performance and single-threaded responsiveness.
• Socket type — required to confirm motherboard compatibility.
• TDP (Thermal Design Power) — essential for cooling and power supply planning.
• Cache size — L2/L3 cache capacity influences latency-sensitive workloads.
• Memory support (type, speed, channels) — affects achievable memory bandwidth and ECC support.
• Single- or dual-socket support — determines whether the CPU can be paired for multi-socket platforms.
• Microarchitecture/generation and Intel ordering code (S‑spec) — clarifies performance, platform features and firmware compatibility.

Without the Intel ordering code (S-spec) or a supplier/OEM datasheet for ITM005070, these fields remain unspecified. We strongly recommend obtaining the official datasheet or S-spec to populate technical fields and confirm compatibility and regulatory markings (CE/UKCA) before installation.

Benefits of Choosing a 12-Core Xeon for Server & CCTV Deployments

A well-chosen 12-core Xeon-class processor can provide several tangible benefits to system builders and IT managers:

• Excellent multi-stream video handling:CCTV/NVR systems often require concurrent decoding/encoding of many camera streams. 12 cores with Hyper-Threading (24 threads) help maintain consistent throughput and allow background tasks (analytics, backups) to run without disrupting recording.
• Virtualization and consolidation:Run multiple VMs or containers on a single host to consolidate services like NVR software, analytics engines, and front-end web services.
• Service reliability:Xeon-class CPUs typically include enterprise-level features such as error-correcting code (ECC) memory support and advanced platform reliability, availability, and serviceability (RAS) — subject to confirmation from the datasheet.
• Longevity and support:Server-grade processors are designed for long duty cycles and predictable performance under sustained loads, important for always-on security systems.

Use Cases and Scenarios Where the FFS-XEON-32-2240 Excels

This processor is explicitly marketed for CCTV/security applications. Its core/thread count is well-suited to recording many simultaneous high-definition camera streams, especially when paired with sufficient memory and storage throughput. In analytics-heavy setups that perform object detection, face recognition, or video analytics on the server, a multi-core Xeon helps keep real-time processing consistent across streams.

For SMEs running file services, domain controllers, or small databases, a 12-core server CPU provides a balance of cores and per-core performance, allowing multiple business services to run without needing separate hardware for each role.

Edge deployments that consolidate IoT ingestion, preprocessing, and short-term storage benefit from the parallelism offered by 12 cores. Running a few small VMs for different tasks (ingestion, analytics, management) becomes feasible without hitting resource contention quickly.

System integrators building OEM appliances (for example, turnkey NVR boxes from 2CRSi) will find a mid-range Xeon useful when they need a reliable CPU that fits into validated server chassis and supports enterprise BIOS/firmware tooling.

Comparisons with Similar Products in the Market

With limited technical details available for the FFS-XEON-32-2240, comparisons should focus on the class: 12-core Xeon-class processors vs alternatives from Intel and AMD. Below are practical comparison points for procurement decisions.

• Xeon Scalable (Silver/Gold families):These parts often provide higher memory channel counts, larger cache and multi-socket scaling options. If your workload requires dual-socket operation or higher memory bandwidth, consider high-end Xeon Scalable SKUs.
• Xeon E / Workstation-class chips:Single-socket Xeon or workstation Intel parts may offer similar core counts but differ in memory support, PCIe lanes and enterprise feature sets.

• AMD EPYC:EPYC processors emphasize high core counts and memory bandwidth per socket and are strong contenders for dense virtualization and memory-bound workloads. For purely thread-dense tasks, an EPYC part may offer more cores or memory channels at similar price points.
• AMD Ryzen Pro / Threadripper Pro:These chips can be attractive for workstation-style appliances or single-socket servers where raw core count and PCIe lane availability matter. However, platform differences (chipset, ECC support, server management features) should be assessed carefully.

• Match socket and chipset compatibility to your motherboard.
• Consider memory channels and supported ECC types for reliability needs.
• Evaluate whether single- or dual-socket capability is required.
• Balance per-core frequency vs total core count based on whether workloads are single-threaded (higher frequency preferred) or highly parallel (more cores preferred).

Customer Testimonials & Reviews

At present, there are no direct customer testimonials or independent reviews available for the FFS-XEON-32-2240 (ITM005070) in the supplied data. Because the SKU appears to be a supplier/OEM-specific listing, third-party reviews may be limited. For real-world feedback, we recommend:

• Requesting reference builds or case studies from the 2CRSi supplier.
• Seeking peer feedback from systems integrators who deploy 2CRSi OEM servers in CCTV or enterprise environments.
• Checking community forums and professional networks for deployer experiences with the same supplier SKU or internal code.

Practical Considerations Before Buying

• Obtain the Intel ordering code (S‑spec) or datasheet:This is the most important next step to confirm frequencies, TDP, socket, cache and memory support.
• Confirm platform compatibility:Ensure your server motherboard and BIOS support the specific Xeon SKU, and verify whether single- or dual-socket setups are possible.
• Plan for cooling and power:Assess TDP requirements once known to size cooling and the power supply appropriately.
• Regulatory compliance:Ask for CE/UKCA markings and supplier installation guidance before deployment in production environments.

Conclusion: Why the FFS-XEON-32-2240 Could Be a Strong Choice — With One Caveat

The Intel® Xeon® Processor FFS-XEON-32-2240 (12 cores / 24 threads) is positioned as a capable server-class CPU well-suited to CCTV/NVR, general-purpose server roles, virtualization and OEM appliance builds. Its confirmed 12C/24T configuration offers a versatile blend of parallel processing power and platform reliability that many integrators and IT teams will find attractive.

However, the crucial caveat is the lack of full technical details in the supplied record. Before proceeding with procurement or integration, obtain the Intel ordering code (S‑spec) or the 2CRSi/OEM datasheet for ITM005070 to confirm socket compatibility, frequency/TDP characteristics, cache, memory support and any platform-specific limitations or features. Once those details are available, you can accurately compare total cost of ownership, cooling and power requirements, and integration effort — and then make a confident purchasing decision.

• Request the official datasheet or S-spec from your supplier (2CRSi) or Intel.
• Ask the vendor for reference deployments or case studies for CCTV/security systems.
• Confirm stock and lead times — current record shows 0 units in stock.

Product snapshot:Intel Xeon FFS-XEON-32-2240 — 12 cores / 24 threads; Supplier SKU FFS-XEON-32-2240; Internal code ITM005070; Cost USD 6,626.88; Suggested RRP USD 7,891.05; Stock: 0 units. Provide the Intel ordering code or supplier datasheet to complete the technical specification and ensure a successful deployment.