Intel

Intel SRF4B Core i5-9500 3GHz Processor Renewed

3.8 (5 reviews)

Six coffee-lake cores at 3GHz give budget builders a proven upgrade path without paying premium-tier prices.

$72.99*$139.00Save 47%
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*Price sourced from Amazon.com. Last updated:Jun 03, 2026.Price and availability are subject to change.

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Overview

The Intel Core i5-9500 is a 9th-generation Coffee Lake Refresh processor built on a 14nm++ process, featuring six physical cores running at a 3.0GHz base clock with single-core boost up to 4.4GHz. What those numbers mean in practice: this is a processor that handles everyday computing, moderate multitasking, and 1080p gaming without complaint, but without the Hyper-Threading of its i7 and i9 siblings, the logical core count tops out at six. The 65W TDP keeps thermal demands manageable on air coolers, and the LGA 1151 socket provides broad motherboard compatibility across 300-series chipsets — Z390 for overclocking headroom, H370/B365 for mainstream builds. Onboard Intel UHD 630 graphics cover display output and basic decode acceleration.

This renewed unit targets two audiences: budget system builders looking for proven six-core performance without current-gen pricing, and upgraders with existing LGA 1151 platforms who want a meaningful step up from a quad-core i5-8400 or i3. It's a strong fit for office workstations, home media PCs, and light gaming rigs where the workload doesn't demand 12+ threads. What it isn't is a long-term investment platform — LGA 1151 is mature and terminal, with no upgrade path beyond 9th gen. Buy it knowing it's a capable, cost-efficient performer for today's workloads, not a foundation for a future build.

Specifications

Brand
Intel
Model
SRF4B Core i5-9500
Clock Speed
3GHz
Condition
Renewed

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Pros & Cons

👍 Pros

  • Six physical cores handle multitasking, light video encoding, and gaming without the single-threaded bottleneck of older quad-core parts.
  • 3GHz base clock with a 4.4GHz single-core boost delivers responsive performance in lightly-threaded workloads.
  • LGA 1151 compatibility means it drops into a wide range of existing 300-series boards as a direct upgrade.
  • Integrated UHD 630 graphics allow a functional system without a discrete GPU, useful for HTPC or office deployments.
  • Renewed pricing puts Coffee Lake six-core performance well below current-generation equivalents on a tight budget.

👎 Cons

  • No Hyper-Threading means the i5-9500 is outpaced by even budget 12th-gen chips in heavily threaded workloads like rendering and compilation.
  • TDP is 65W stock, but sustained boost loads push VRM requirements higher — budget B365 boards may throttle under extended load.
  • The LGA 1151 platform is a dead end: no upgrade path within the socket to newer architectures.
  • DDR4-2666 official ceiling limits memory bandwidth compared to DDR4-3200+ systems; requires Z390 to push higher via XMP.

Frequently Asked Questions

LGA 1151 (300-series). It requires a Z390, H370, B365, or H310 motherboard — not 100-series or 200-series boards, which use the same physical socket but lack chipset support for 9th-gen CPUs. Verify your BIOS is updated before dropping this in.
Yes. The i5-9500 includes Intel UHD Graphics 630, which handles display output and light desktop workloads. It will not run demanding 3D workloads at playable frame rates, but it eliminates the need for a discrete GPU in a basic office or media PC build.
Renewed means the unit has been inspected, tested, and certified to meet functional specifications by the seller. CPUs are among the most reliable renewed components — they have no moving parts, no degradable electrolytes, and failure rates from normal use are extremely low.
At 1080p in CPU-bound titles, yes — six cores without Hyper-Threading will show some constraint versus newer 12-thread alternatives. At 1440p and above, GPU-bound workloads will dominate and the bottleneck is less pronounced. It's a workable pairing for a budget 1080p gaming rig.
Officially, Intel specifies DDR4-2666 support. XMP overclocking beyond that requires a Z390 motherboard. On H370 or B365 boards, memory is locked to Intel's rated speeds.