Quick Verdict
A dependable mid-range Haswell processor that delivered excellent value during its prime, but struggles to meet modern workload demands due to its locked multiplier and aging DDR3 platform.
Overview
Launch
2014
Status
DiscontinuedGeneration
4th Gen (Haswell)
Market
Desktop
The Intel Core i5-4460 is a 4-core, 4-thread desktop processor from the Haswell generation, offering solid mainstream performance with integrated HD 4600 graphics at an accessible price point.
The Intel Core i5-4460 features four cores running at 3.2 GHz base and 3.4 GHz turbo, paired with 6 MB of L3 cache and Intel HD 4600 integrated graphics.
Built on Intel's 22nm process, it fits the LGA 1150 socket and draws 84W TDP. It was a popular choice for budget gaming rigs and office PCs during the Haswell era, offering sufficient grunt for 1080p gaming when paired with a dedicated GPU. Without Hyper-Threading, its multi-threaded capability is limited by today's standards, and the locked multiplier restricts overclocking.
The DDR3 memory support and PCIe 3.0 lanes reflect its vintage. For retro builds or ultra-budget refurbishments, it still has some life left, but new builders should look to modern alternatives.
Specifications
Performance
Adequate for basic office tasks and web browsing but struggles with heavy multitasking or large spreadsheet calculations.
Limited by four threads and no Hyper-Threading; running multiple VMs is impractical.
Can handle older or eSports titles at 1080p with a dedicated GPU, but bottlenecks modern AAA games significantly.
The 22nm Haswell node was efficient for its time, but 84W TDP for this performance level is high by modern standards.
- •Bottlenecks modern GPUs in CPU-intensive titles
- •Suitable for eSports games like CS:GO and League of Legends
- •Lacks AVX2-heavy game optimizations in newer titles
- •DDR3 memory bandwidth limits frame pacing in open-world games
- •No Hyper-Threading reduces minimum frame rates in threaded engines
- •No dedicated AI acceleration hardware
- •AVX2 provides minimal benefit for inference workloads
- •DDR3 bandwidth is a severe bottleneck for AI tasks
- •Not viable for any meaningful local AI inference
Architecture
22nm
Process Node
Haswell
Codename
4C / 4T
Core Config
6 MB
L3 Cache
84 W
TDP
Architecture Overview
Haswell represents Intel's 4th generation Core architecture, succeeding Ivy Bridge on the same 22nm process node but with substantial microarchitectural improvements to execution units, memory hierarchy, and power management. The i5-4460 uses the full Haswell die with four active cores and the GT2 integrated graphics configuration, meaning it carries the complete feature set of the silicon except for Hyper-Threading, which is reserved for Core i7 SKUs. The architecture introduced wider vector execution via AVX2 and FMA3 instructions, enabling 256-bit integer operations and fused multiply-add operations that significantly boosted floating-point throughput for scientific and media workloads. However, the i5-4460's conservative clock speeds mean it does not fully exploit the architecture's peak potential. The on-die voltage regulator module, introduced with Haswell, consolidated power delivery control onto the processor die itself, improving transient response but also contributing to higher idle power draw compared to Ivy Bridge. The ring bus interconnect linking cores and the shared 6 MB L3 cache provides low-latency communication, though the lack of Hyper-Threading means the ring bus is less contested than on i7 parts.
CPU Design
Four out-of-order execution cores with 14-stage pipeline, 168-entry reorder buffer per core, and dedicated 64 KB L1 and 256 KB L2 caches per core connected via a shared ring bus to 6 MB L3 cache.
Memory Subsystem
Integrated memory controller supporting dual-channel DDR3-1600 with 25.6 GB/s peak bandwidth, sufficient for the era's workloads but a constraint for modern data-heavy applications.
PCIe & I/O
16 PCIe 3.0 lanes from the CPU for direct GPU connection, with additional lanes provided by the PCH on the 8-series or 9-series chipsets.
Overclocking
Multiplier is locked at 32x; only BCLK adjustment is possible, which is severely limited on Haswell due to coupled clock domains.
- AVX2 and FMA3 instruction support
- Improved integrated graphics (HD 2500 to HD 4600)
- Better power management with integrated VRM
- New socket platform (LGA 1150) with chipset advances
Key Highlights
- Affordable on the used market
- Four real cores without SMT scheduling quirks
- Integrated HD 4600 for basic display needs
- Wide availability of used LGA 1150 motherboards
- Low enough power for basic cooling solutions
- Only 4 threads with no Hyper-Threading
- Locked multiplier prevents overclocking
- DDR3 memory is obsolete and slower
- 84W TDP is inefficient for the performance delivered
- No longer receives microcode updates for new security mitigations
- Minimal turbo boost of only 200 MHz
- Outpaced by modern budget CPUs like the i3-12100
History
The Intel Core i5-4460 arrived in May 2014 as a value-conscious addition to the Haswell desktop lineup, launched nearly a year after the initial wave of Haswell processors in June 2013. Intel strategically positioned it to fill the gap between the i5-4440 and the i5-4570, targeting budget-conscious builders who wanted quad-core performance without paying the premium for higher clocked SKUs.</br></br>At $187, it was roughly $30 cheaper than the i5-4570 while offering nearly identical daily performance.
This made it an instant favorite in the PC building community, where the saved money could be reallocated toward a better GPU or SSD. Throughout 2014 and 2015, the i5-4460 was one of the most frequently recommended processors on forums like Reddit's r/buildapc and Tom's Hardware.</br></br>However, its popularity also highlighted a growing issue in the industry: as game engines became more threaded, the lack of Hyper-Threading on Core i5 processors became increasingly apparent.
Titles like GTA V and The Witcher 3 showed that four threads were barely sufficient, foreshadowing the shift toward 6-core and 8-core mainstream CPUs that AMD would catalyze with Ryzen in 2017.
Improvements over Previous Generation
- AVX2 and FMA3 instruction support
- Improved integrated graphics (HD 2500 to HD 4600)
- Better power management with integrated VRM
- New socket platform (LGA 1150) with chipset advances
Alternatives & Competitors
Should You Buy It?
Not Recommended for the right buyer
Used spare part for repairing an existing LGA 1150 system
Avoid if…
- Building a new PC from scratch
- Running modern AAA games
- Doing any video editing or 3D rendering
- Wanting a power-efficient system
- Needing DDR4 or DDR5 memory support
Use Cases
Interesting Facts
The i5-4460 was one of the most popular budget gaming CPUs of the mid-2010s, frequently recommended in build guides alongside the GTX 960 and R9 380.
Its turbo boost of only 200 MHz is among the smallest deltas in the Haswell i5 lineup, reflecting lower-quality silicon binning.
The Haswell architecture's integrated voltage regulator (FIVR) was controversial and was removed in subsequent Skylake designs.
Intel's HD 4600 graphics on this chip were the first integrated solution capable of smoothly playing 4K video on YouTube without a dedicated GPU.
The i5-4460 launched nearly a full year after the initial Haswell lineup as a value-oriented addition to fill the gap between the i5-4440 and i5-4570.
This processor was heavily affected by the TSX (Transaction Synchronization Extensions) errata, which led Intel to disable TSX via microcode update on early Haswell revisions.
Despite being a 'Haswell' part, the i5-4460 was sometimes paired with 9-series chipsets originally designed for Broadwell, creating some firmware compatibility quirks.
The LGA 1150 platform supported both Windows 7 and Windows 10 natively, making it a popular transitional-era choice.
Gaming benchmarks from 2015 showed the i5-4460 within 10% of the i5-4690 in most titles, making it the better value pick.
Intel's 22nm Tri-Gate FinFET process used in this chip was the world's first volume production of 3D transistors, a major milestone in semiconductor manufacturing.
People Also Ask
Is the Intel Core i5-4460 still good for gaming in 2026?
Only for very old or lightweight eSports titles. Modern AAA games will severely bottleneck even with a mid-range GPU, and the lack of Hyper-Threading hurts minimum frame rates.
What is the max RAM speed for i5-4460?
The i5-4460 officially supports DDR3-1600 in dual-channel configuration, though some motherboards allow overclocking to DDR3-1866 or higher.
Can I overclock the i5-4460?
No. The multiplier is locked at 32x. Only very limited base clock (BCLK) adjustments are possible, typically 100-105 MHz, yielding negligible performance gains.
What GPU should I pair with i5-4460?
At most a GTX 1650 or RX 6400. Anything faster will be bottlenecked by the CPU in most modern games at 1080p.
Does the i5-4460 support Windows 11?
No. Windows 11 requires TPM 2.0 and an 8th Gen or newer Intel CPU. The i5-4460 is not officially supported.
What is the difference between i5-4460 and i5-4590?
The i5-4590 has a 100 MHz higher base clock (3.3 vs 3.2 GHz) and a 300 MHz higher turbo (3.7 vs 3.4 GHz), providing roughly 5-8% better performance.
Does i5-4460 have Hyper-Threading?
No. The Core i5-4460 has 4 cores and 4 threads only. Hyper-Threading was reserved for Core i7 models in the Haswell generation.
What chipset is compatible with i5-4460?
The i5-4460 is compatible with Intel 8-series (H81, B85, H87, Z87) and 9-series (H97, Z97) chipsets on LGA 1150.
How much power does the i5-4460 use?
The rated TDP is 84W. Under full load, the processor typically draws around 70-80W, with idle power around 15-20W depending on motherboard configuration.
Can the i5-4460 run 4K video?
The HD 4600 integrated graphics can decode 4K video at 30fps using H.264. For 4K60 or HEVC/H.265 content, a dedicated GPU with hardware decoding is required.
Frequently Asked Questions
What socket does the i5-4460 use?
LGA 1150, also known as Socket H3.
Does the i5-4460 come with a cooler?
Yes, Intel included the standard aluminum heatsink and fan cooler in the retail box.
What is the maximum temperature for the i5-4460?
The maximum case temperature (Tcase) is rated at 73°C.
Can I use DDR3L memory with the i5-4460?
Yes, the i5-4460 supports both standard DDR3 (1.5V) and low-voltage DDR3L (1.35V) memory.
Does the i5-4460 support virtualization?
Yes, it supports Intel VT-x for basic virtualization and VT-d for directed I/O virtualization.
What is the i5-4460 part number?
The common part number is SR1QK.
How does the i5-4460 compare to the i5-4670?
The i5-4670 has a 200 MHz higher base clock and 400 MHz higher turbo, offering roughly 8-12% more performance in multi-threaded tasks.
Is the i5-4460 good for streaming?
No. Without Hyper-Threading, there are not enough threads to handle both game execution and encoding simultaneously. A dedicated streaming PC or NVENC encoder is needed.
Does the i5-4460 support NVMe SSDs?
Only through the chipset's PCIe lanes (via adapter or M.2 slot), not natively from the CPU. Booting from NVMe may require UEFI support on the motherboard.
What generation is the i5-4460?
It is a 4th generation Intel Core processor, part of the Haswell family.