Feex·CPU
AMD · Ryzen AI Max · Laptop

AMD® Ryzen™ AI Max Pro 385

The AMD Ryzen AI Max Pro 385 is a laptop processor released in 2025, built on the Zen 5 architecture using a 4 nm process. It has 8 cores and 16 threads, a base clock of 3.60 GHz, a maximum boost of 5.00 GHz, 32 MB of L3 cache, a 55 W TDP and the FP11 socket.

AMDRyzen AI MaxLaptopFP11Zen 5TDP 55 W4 nmIntegrated graphics2025
Cores
8
Threads
16
Boost Clock
5.0 GHz
Base Clock
3.6 GHz
Architecture
Zen 5
Socket
FP11
Process Node
4 nm
TDP
55 W
Core layout
PPPPPPPP
8 Performance 16 Threads

Best for

High-FPS gaming & low-latency tasksDaily productivity & developmentMini PCs and graphics-included builds

Overview

The AMD Ryzen AI Max Pro 385 is a laptop processor with 8 cores and 16 threads, built on the Zen 5 architecture (4 nm process). It launched in 2025. Clocks run from 3.6 GHz base to 5.0 GHz boost. A 32-MB L3 cache backs the cores (5.1 MB per core). It addresses LPDDR5X memory up to 128 GB. The chip drops into the FP11 socket and exposes PCIe 4.0 (16 lanes). Rated TDP is 55 W.

Performance

Overall CPU Performance computed
11,266
45% of reference
Reference ceiling 25,000
Multi-Core Performance PassMark rating
31,929
27% of reference
Reference ceiling 120,000
Single-Core Performance PassMark rating
3,975
72% of reference
Reference ceiling 5,500
Productivity Performance computed
26,319
16% of reference
Reference ceiling 160,000
Creator Performance computed
24,716
18% of reference
Reference ceiling 140,000
Engineering Performance computed
32,727
16% of reference
Reference ceiling 200,000
Gaming Performance computed
19,907
90% of reference
Reference ceiling 22,000
Performance per Core computed
3,991
19% of reference
Reference ceiling 21,053
Performance per Thread computed
1,996
19% of reference
Reference ceiling 10,527
Performance per Watt computed
581
29% of reference
Reference ceiling 2,000
Efficiency Index computed
1,519
38% of reference
Reference ceiling 4,000
Performance index computed
140
Intel Core i5-12400 = 100

The AMD Ryzen AI Max Pro 385 scores 3,975 in single-core performance and 31,929 in multi-core performance (PassMark CPU Mark ratings). From those two ratings Feex computes 11,266 for overall performance, 26,319 for productivity performance, 24,716 for creator performance, 32,727 for engineering performance and 19,907 for gaming performance. Its multi-core throughput works out to 3,991 per core, 1,996 per thread and 581 per watt. Its computed efficiency index is 1,519. Its performance index is 140, so its overall performance is 40% above the Intel Core i5-12400 (index 100). Each bar shows the score as a share of a reference ceiling, which is the larger of the 99th-percentile score across the Feex CPU database and a fixed baseline.

How these scores are computed

Single-core and multi-core performance are PassMark CPU Mark single-thread and multi-thread ratings. Every other figure on this page's performance section is computed by Feex from those two ratings plus core count, thread count and TDP, so it is a derived value and not a separate benchmark run.

  • Overall performance is the geometric mean of the two ratings: the square root of single-core times multi-core.
  • Productivity performance is 0.65 times multi-core plus 1.4 times single-core.
  • Creator performance is 0.55 times multi-core plus 1.8 times single-core.
  • Engineering performance is multi-core times the smaller of 1.4 and (0.9 plus cores divided by 64).
  • Gaming performance is 3 times single-core plus 0.25 times multi-core.
  • Performance per core, per thread and per watt divide the multi-core rating by physical cores, logical threads and TDP in watts.
  • The efficiency index is the square root of single-core times multi-core, divided by the square root of TDP.
  • The performance index is overall performance divided by the overall performance of the Intel Core i5-12400 (8,069), times 100.

Workload Benchmarks

Scores for individual PassMark CPU Mark test categories. Higher is better. These are measured test scores, not computed from the single-core and multi-core ratings.

Integer Math Throughput
104,509
17% of reference
Reference ceiling 617,811
77% above the Intel Core i5-12400 (58,893)
Raw integer arithmetic throughput across cores.
Floating-Point Math
69,065
12% of reference
Reference ceiling 600,000
50% above the Intel Core i5-12400 (45,899)
Heavy floating-point math, mixed precision.
Compression Performance
375,595
16% of reference
Reference ceiling 2,309,868
65% above the Intel Core i5-12400 (228,054)
Throughput on lossless compression workloads.
Cryptography Performance
18,836
14% of reference
Reference ceiling 137,106
64% above the Intel Core i5-12400 (11,489)
Symmetric encryption and hashing throughput.
Physics Simulation
1,694
14% of reference
Reference ceiling 12,291
55% above the Intel Core i5-12400 (1,090)
Iterative physics & rigid-body simulation.
Vector / SIMD Throughput
31,080
18% of reference
Reference ceiling 172,975
100% above the Intel Core i5-12400 (15,509)
Wide-vector SIMD intrinsics performance.
Prime Sieve
158
15% of reference
Reference ceiling 1,067
136% above the Intel Core i5-12400 (67)
Searching for prime numbers (branch-heavy work).
Sort Performance
40,453
16% of reference
Reference ceiling 260,323
79% above the Intel Core i5-12400 (22,652)
Random string sorting throughput.

In the individual workload tests the AMD Ryzen AI Max Pro 385 scores 104,509 in integer math, 69,065 in floating-point math, 375,595 in compression, 18,836 in cryptography, 1,694 in physics simulation, 31,080 in vector SIMD, 158 in the prime sieve and 40,453 in sorting. Higher is better. Compared with the Intel Core i5-12400, it is 77% above in integer math, 50% above in floating-point math, 65% above in compression, 64% above in cryptography, 55% above in physics simulation, 100% above in vector SIMD, 136% above in the prime sieve and 79% above in sorting. Each bar shows the score as a share of that workload's reference ceiling, the larger of the 99th-percentile score across CPUs with a recorded value and a fixed baseline.

Core Configuration

Cores
8
Threads
16
Threads per Core
2
Base Clock
3.6 GHz
Boost Clock
5.0 GHz

The AMD Ryzen AI Max Pro 385 has 8 physical cores and runs 16 logical threads. It runs 2 threads per core. It runs at a base clock of 3.60 GHz and boosts up to 5.00 GHz.

Architecture & Generation

Manufacturer
AMD
Family
Ryzen AI Max
Segment
Laptop
Generation
Ryzen AI Max PRO 300 Series
Architecture
Zen 5
Codename
Strix Halo
Process Node
4 nm
Lithography
4 nm
Release Date
2025
Release quarter
Q2 2025

The AMD Ryzen AI Max Pro 385 is a laptop processor, belongs to the AMD Ryzen AI Max family, uses the Zen 5 architecture, carries the codename Strix Halo and is manufactured on a 4 nm process. It launched in 2025.

Cache

L1 Cache (Total)
640 KB
L2 Cache (Total)
8 MB
L2 Cache (per Core)
1 MB
L3 Cache
32 MB
Cache per Core
5.1 MB
Total Cache
40.6 MB

The AMD Ryzen AI Max Pro 385 has 640 KB of L1 cache, 8 MB of L2 cache and 32 MB of L3 cache. That adds up to about 40.6 MB of cache, or 5.08 MB per core. Each core has 1 MB of private L2 cache.

Cache Hierarchy

L1L2L3
L1 640 KBL2 8 MBL3 32 MB

The AMD Ryzen AI Max Pro 385 has a 3-level cache hierarchy: L1 at 640 KB, L2 at 8 MB and L3 at 32 MB. L3 is the largest level and makes up about 79% of the cache listed here.

Memory Support

Max Memory
128 GB
Memory Types
LPDDR5X
DDR5 Support
No
DDR4 Support
No
LPDDR Support
Yes

The AMD Ryzen AI Max Pro 385 supports LPDDR5X memory and addresses up to 128 GB of memory. It does not support DDR5 and DDR4 memory.

Graphics

Integrated Graphics
Yes
Graphics Model
Not recorded

The AMD Ryzen AI Max Pro 385 includes integrated graphics.

Platform & Compatibility

Socket
FP11
PCIe Generation
4.0
PCIe Lanes
16

The AMD Ryzen AI Max Pro 385 uses the FP11 socket, supports PCI Express 4.0 and provides up to 16 PCIe lanes.

Power & Thermals

TDP
55 W

The AMD Ryzen AI Max Pro 385 has a rated TDP of 55 W.

Platform Capabilities

Instruction sets, security, virtualization, AI acceleration and OS readiness. Features are listed as supported, explicitly not supported, or not recorded; a feature that is not recorded is not the same as unsupported.

Instruction Sets

0 supported
Not recorded
AES-NIAVX-512AVX2AVXAVX-VNNICET

Security and Reliability

0 supported
Not recorded
AMD SEVAMD SMEControl-flow Enforcement (CET)Execute Disable (NX)Memory EncryptionSMAP

Virtualization

0 supported
Not recorded
AMD SVMAMD-V (Hardware Virtualization)NPT / RVIIOMMUSecond-Level Address Translation

OS Compatibility

1 supported
Supported
Windows 11 eligible

Feex has no record for AES-NI, AVX-512, AVX2, AVX, AVX-VNNI and CET, which is different from being unsupported.

Feex has no record for AMD SEV, AMD SME, Control-flow Enforcement (CET), Execute Disable (NX), Memory Encryption and SMAP, which is different from being unsupported.

Feex has no record for AMD SVM, AMD-V (Hardware Virtualization), NPT / RVI, IOMMU and Second-Level Address Translation, which is different from being unsupported.

Feex records the AMD Ryzen AI Max Pro 385 as Windows 11 eligible.

Physical & Manufacturing

Foundry
TSMC

The AMD Ryzen AI Max Pro 385 is manufactured by TSMC.

Naming & Aliases

Display Name
AMD® Ryzen™ AI Max Pro 385
Normalized Name
AMD® Ryzen™ AI Max Pro 385
Product line brand
Ryzen AI

Real-world compute in the Feex fleet

No Feex fleet machines with the AMD Ryzen AI Max Pro 385 have reported compute telemetry yet, so real-world compute for this processor is not recorded.

How fleet compute is measured · Fleet compute leaderboard · JSON

Data Coverage

Feex has recorded 55% of the specifications it tracks for the AMD Ryzen AI Max Pro 385. Values Feex does not hold are shown as "Not recorded" rather than estimated.

Not recorded: Core Configuration: Performance Cores, Efficiency Cores, Hybrid Architecture, All-Core Boost and Unlocked Multiplier. Architecture & Generation: ISA Family and Market Status. Cache: L4 Cache. Memory Support: Memory Channels, Memory Bandwidth, ECC Memory and Max Memory Speed. Graphics: Graphics Base Clock, Graphics Max Clock, Execution Units, Display Outputs and Max Video Memory. Platform & Compatibility: Package and Package Size. Power & Thermals: Base Power, Maximum Turbo Power, Configurable TDP (Min), Configurable TDP (Max), Max Junction Temperature and Tcase. Physical & Manufacturing: Transistor Count, Die Size, Die Count and Launch Price. Naming & Aliases: SKU, Model Number, Processor Number and Part Number.

Common questions

How many cores and threads does the AMD Ryzen AI Max Pro 385 have?

The AMD Ryzen AI Max Pro 385 has 8 cores and 16 threads.

What architecture does the AMD Ryzen AI Max Pro 385 use?

The AMD Ryzen AI Max Pro 385 is built on the Zen 5 architecture on a 4 nm process.

Does the AMD Ryzen AI Max Pro 385 have integrated graphics?

Yes. The AMD Ryzen AI Max Pro 385 includes integrated graphics.

What socket does the AMD Ryzen AI Max Pro 385 use?

The AMD Ryzen AI Max Pro 385 uses the FP11 socket.

What memory does the AMD Ryzen AI Max Pro 385 support?

The AMD Ryzen AI Max Pro 385 supports LPDDR5X up to 128 GB.

How fast does the AMD Ryzen AI Max Pro 385 run?

The AMD Ryzen AI Max Pro 385 can boost up to 5.0 GHz, with a 3.6 GHz base clock.

What is the TDP of the AMD Ryzen AI Max Pro 385?

The AMD Ryzen AI Max Pro 385 has a TDP of 55 W.

How does the AMD Ryzen AI Max Pro 385 perform?

In the Feex normalized performance dataset, the AMD Ryzen AI Max Pro 385 scores 31,929 multi-core and 3,975 single-core.

What is the AMD Ryzen AI Max Pro 385 best for?

Based on its specifications, the AMD Ryzen AI Max Pro 385 is well suited for High-FPS gaming & low-latency tasks, Daily productivity & development, Mini PCs and graphics-included builds.

How much cache does the AMD Ryzen AI Max Pro 385 have?

The AMD Ryzen AI Max Pro 385 has 640 KB of L1 cache, 8192 KB of L2 cache and 32 MB of L3 cache.

How does the AMD Ryzen AI Max Pro 385 compare with the Intel Core i5-12400?

The AMD Ryzen AI Max Pro 385 has a computed performance index of 140, which is 40% above the Intel Core i5-12400 (index 100). The index is derived from the single-core and multi-core ratings.