Zyrex 30 Years

ZYREX APEX LITE — Mini AI Workstation

ZYREX APEX LITE compact AI workstation

Your Personal AI. Right on Your Desk.

Powerful local AI for coding, research, documents, and everyday productivity. Private, personal, and always within reach.

Scroll to explore

Meet APEX LITE

A tiny box. A big AI brain.

Meet APEX LITE, a compact AI workstation designed to bring intelligent computing directly to your desk.

APEX LITE three-quarter view
It's small

A compact metal workstation designed to fit into modern workspaces.

It's smart

Run supported local language models to assist with research, writing, programming, and document analysis.

It's private

Process information locally without sending AI inference requests to external cloud services. Privacy depends on configuration, connected tools, and network permissions.

Performance

Small in size. Serious about AI.

Intel Core Ultra X7
358H processor
32GB
LPDDR5X reference memory
3
M.2 storage slots
Intel
AI acceleration (GPU + NPU)
Processor
Intel Core Ultra X7 358H
Memory
32GB LPDDR5X reference configuration; other capacities are validated before being offered
Storage
3 × M.2 slots · reference 3 × 1TB · up to 2TB per slot (subject to validation)
AI acceleration
Integrated Intel graphics, Intel AI hardware and Intel NPU
Networking
Wi-Fi 6E · Bluetooth 5.2 · dual 2.5GbE LAN
Power
150W power adapter

Reference configuration from the product document; final specifications are confirmed before release. NPU and graphics TOPS figures are not an indicator of language-model speed.

Why local AI

Your AI. Your data. Your control.

Private by design

Keep supported AI inference and document processing on your own machine.

No per-token API charges

Run downloaded local models without paying an external AI provider for every generated token. Hardware, electricity, maintenance and optional cloud services can still cost money.

AI that works offline

Use previously downloaded local models without an internet connection. Online research, messaging integrations, updates and cloud tools still need network access.

AI Models

Find the right AI model for your desk.

Only models that run on the 32GB memory of APEX LITE are shown. Larger models belong to APEX.

Intel Core Ultra X7 358H · integrated Intel graphics · Intel NPU. Compact personal AI workstation. Planning assumes ~22 GB of 32 GB usable for weights + KV cache after OS and GPU reservations.

GPT-OSS 20B
OpenAI · MoE
MXFP412 GBFits comfortably
Developer
OpenAI
Architecture
MoE (mixture of experts) · 20B params
Recommended use
Everyday assistant
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. StorageReview measured 18.3 tok/s for gpt-oss:20b in an Ollama coding-agent test on a Core Ultra X7 358H laptop (an end-to-end workload, not a pure decode benchmark). Planning estimate — not measured
Qwen3.5 9B
Qwen · Dense
Q45.4 GBFits comfortably
Developer
Qwen
Architecture
Dense · 9B params
Recommended use
Fast personal assistant
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Qwen3.5 9B
Qwen · Dense
Q89.9 GBFits comfortably
Developer
Qwen
Architecture
Dense · 9B params
Recommended use
Fast personal assistant
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Qwen3 8B
Qwen · Dense
Q45 GBFits comfortably
Developer
Qwen
Architecture
Dense · 8B params
Recommended use
Fast personal assistant
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Qwen3.6 35B-A3B
Qwen · MoE
Q421 GBFits with constraints
Developer
Qwen
Architecture
MoE (mixture of experts) · 35B params
Recommended use
Capable MoE assistant
Evidence
Third-party measurement
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Third-party measurement — see source.
Source
grigio.org — llama.cpp on Intel Arc (Xiaomi Book Pro 14)
Core Ultra X7 358H, Arc B390, 30GiB unified memory, llama.cpp Vulkan, Qwen3.6-35B-A3B Q4_K_M fully offloaded to the GPU: 691 pp512, 32.7 tok/s generation. NoLlama OpenVINO INT4 reports 41.1 tok/s.
Third-party result on comparable hardware, not measured on a ZYREX unit.
Note
Needs reduced context or specialised configuration.
Qwen3.8 27B Dense
Qwen · Dense
Q417 GBFits with constraints
Developer
Qwen
Architecture
Dense · 27B params
Recommended use
Higher-quality assistant
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Note
Needs reduced context or specialised configuration.
Qwen3 30B-A3B
Qwen · MoE
Q418 GBFits with constraints
Developer
Qwen
Architecture
MoE (mixture of experts) · 30B params
Recommended use
Fast, capable assistant
Evidence
Third-party measurement
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Third-party measurement — see source.
Source
MetriLLM — Qwen3-30B on Core Ultra X7 358H
Ollama 0.32.14, Core Ultra X7 358H: 31.0 tok/s generation. OpenVINO INT4 on the same CPU/GPU reaches 52.7 tok/s (NoLlama community report, 64GB LPDDR5X-8533).
Third-party result on comparable hardware, not measured on a ZYREX unit.
Note
Needs reduced context or specialised configuration.
Qwen3-Coder 30B-A3B
Qwen · MoE
Q418 GBFits with constraints
Developer
Qwen
Architecture
MoE (mixture of experts) · 30B params
Recommended use
Coding
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Note
Needs reduced context or specialised configuration.
DeepSeek-R1 Distill 8B
DeepSeek · Dense
Q44.8 GBFits comfortably
Developer
DeepSeek
Architecture
Dense · 8B params
Recommended use
Reasoning
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
DeepSeek-R1 Distill 8B
DeepSeek · Dense
Q88.8 GBFits comfortably
Developer
DeepSeek
Architecture
Dense · 8B params
Recommended use
Reasoning
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
DeepSeek-R1 Distill 14B
DeepSeek · Dense
Q48.4 GBFits comfortably
Developer
DeepSeek
Architecture
Dense · 14B params
Recommended use
Reasoning
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
DeepSeek-R1 Distill 14B
DeepSeek · Dense
Q815 GBFits comfortably
Developer
DeepSeek
Architecture
Dense · 14B params
Recommended use
Reasoning
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
DeepSeek-R1 Distill 32B
DeepSeek · Dense
Q419 GBFits with constraints
Developer
DeepSeek
Architecture
Dense · 32B params
Recommended use
Reasoning
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Note
Needs reduced context or specialised configuration.
Llama 3.2 3B
Meta · Dense
Q41.8 GBFits comfortably
Developer
Meta
Architecture
Dense · 3B params
Recommended use
Basic chat
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Llama 3.2 3B
Meta · Dense
Q83.3 GBFits comfortably
Developer
Meta
Architecture
Dense · 3B params
Recommended use
Basic chat
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Llama 3.1 8B
Meta · Dense
Q44.8 GBFits comfortably
Developer
Meta
Architecture
Dense · 8B params
Recommended use
General assistant
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Llama 3.1 8B
Meta · Dense
Q88.8 GBFits comfortably
Developer
Meta
Architecture
Dense · 8B params
Recommended use
General assistant
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Gemma 3 4B
Google · Dense
Q42.4 GBFits comfortably
Developer
Google
Architecture
Dense · 4B params
Recommended use
Lightweight multilingual
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Gemma 3 4B
Google · Dense
Q84.4 GBFits comfortably
Developer
Google
Architecture
Dense · 4B params
Recommended use
Lightweight multilingual
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Gemma 3 12B
Google · Dense
Q47.2 GBFits comfortably
Developer
Google
Architecture
Dense · 12B params
Recommended use
Multilingual assistant
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Gemma 3 12B
Google · Dense
Q813 GBFits comfortably
Developer
Google
Architecture
Dense · 12B params
Recommended use
Multilingual assistant
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Gemma 3 27B
Google · Dense
Q417 GBFits with constraints
Developer
Google
Architecture
Dense · 27B params
Recommended use
Multilingual, higher quality
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Note
Needs reduced context or specialised configuration.
Ministral 3 3B
Mistral · Dense
Q41.8 GBFits comfortably
Developer
Mistral
Architecture
Dense · 3B params
Recommended use
Basic chat
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Ministral 3 8B
Mistral · Dense
Q44.8 GBFits comfortably
Developer
Mistral
Architecture
Dense · 8B params
Recommended use
Email, summaries
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Ministral 3 8B
Mistral · Dense
Q88.8 GBFits comfortably
Developer
Mistral
Architecture
Dense · 8B params
Recommended use
Email, summaries
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Ministral 3 14B
Mistral · Dense
Q48.4 GBFits comfortably
Developer
Mistral
Architecture
Dense · 14B params
Recommended use
Email, summaries
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Ministral 3 14B
Mistral · Dense
Q815 GBFits comfortably
Developer
Mistral
Architecture
Dense · 14B params
Recommended use
Email, summaries
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured

Estimates are preliminary planning ranges for weights only, not measured. Long contexts and concurrent users add KV cache. TOPS is not tokens per second.

How much AI fits in 32GB?

32 GB
OS, runtime & graphics reserve (~10 GB, assumed)Model weightsKV cache (illustrative)

About 23 GB of 32 GB used; 9 GB free. Longer context grows the KV cache, and the OS and runtime take their share, so a model's file size is not its total memory use. Figures are reference estimates, not verified allocations.

Benchmarks

Real AI. Right on your desk.

Discover what local language models can do on APEX LITE.

Only models compatible with the 32GB configuration are shown. Speeds are calculated from published results on Core Ultra X7 358H / Arc B390 systems: Qwen3 30B-A3B (31 tok/s, Ollama) and Qwen3.6 35B-A3B (691 prompt / 32.7 generation tok/s, llama.cpp Vulkan) are third-party measurements; the rest are estimates marked “~” (about 100 GB/s effective memory bandwidth). None were measured on an APEX LITE unit. Open a row for sources and method.

Llama 3.2 3B
Estimated — not yet tested
Q41.8 GB~691~56
Developer
Meta
Architecture
Dense · 3B params
Recommended use
Basic chat
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Ministral 3 3B
Estimated — not yet tested
Q41.8 GB~691~56
Developer
Mistral
Architecture
Dense · 3B params
Recommended use
Basic chat
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Gemma 3 4B
Estimated — not yet tested
Q42.4 GB~518~42
Developer
Google
Architecture
Dense · 4B params
Recommended use
Lightweight multilingual
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Qwen3.6 35B-A3B
Third-party measurement
Q421 GB69132.7
Developer
Qwen
Architecture
MoE (mixture of experts) · 35B params
Recommended use
Capable MoE assistant
Evidence
Third-party measurement
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Third-party measurement — see source.
Source
grigio.org — llama.cpp on Intel Arc (Xiaomi Book Pro 14)
Core Ultra X7 358H, Arc B390, 30GiB unified memory, llama.cpp Vulkan, Qwen3.6-35B-A3B Q4_K_M fully offloaded to the GPU: 691 pp512, 32.7 tok/s generation. NoLlama OpenVINO INT4 reports 41.1 tok/s.
Third-party result on comparable hardware, not measured on a ZYREX unit.
Qwen3 30B-A3B
Third-party measurement
Q418 GB~62831
Developer
Qwen
Architecture
MoE (mixture of experts) · 30B params
Recommended use
Fast, capable assistant
Evidence
Third-party measurement
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Third-party measurement — see source.
Source
MetriLLM — Qwen3-30B on Core Ultra X7 358H
Ollama 0.32.14, Core Ultra X7 358H: 31.0 tok/s generation. OpenVINO INT4 on the same CPU/GPU reaches 52.7 tok/s (NoLlama community report, 64GB LPDDR5X-8533).
Third-party result on comparable hardware, not measured on a ZYREX unit.
Qwen3-Coder 30B-A3B
Estimated — not yet tested
Q418 GB~628~31
Developer
Qwen
Architecture
MoE (mixture of experts) · 30B params
Recommended use
Coding
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Llama 3.2 3B
Estimated — not yet tested
Q83.3 GB~384~30
Developer
Meta
Architecture
Dense · 3B params
Recommended use
Basic chat
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
GPT-OSS 20B
Estimated — not yet tested
MXFP412 GB~576~28
Developer
OpenAI
Architecture
MoE (mixture of experts) · 20B params
Recommended use
Everyday assistant
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. StorageReview measured 18.3 tok/s for gpt-oss:20b in an Ollama coding-agent test on a Core Ultra X7 358H laptop (an end-to-end workload, not a pure decode benchmark). Planning estimate — not measured
Gemma 3 4B
Estimated — not yet tested
Q84.4 GB~288~23
Developer
Google
Architecture
Dense · 4B params
Recommended use
Lightweight multilingual
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
DeepSeek-R1 Distill 8B
Estimated — not yet tested
Q44.8 GB~259~21
Developer
DeepSeek
Architecture
Dense · 8B params
Recommended use
Reasoning
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Llama 3.1 8B
Estimated — not yet tested
Q44.8 GB~259~21
Developer
Meta
Architecture
Dense · 8B params
Recommended use
General assistant
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Ministral 3 8B
Estimated — not yet tested
Q44.8 GB~259~21
Developer
Mistral
Architecture
Dense · 8B params
Recommended use
Email, summaries
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Qwen3 8B
Estimated — not yet tested
Q45 GB~259~20
Developer
Qwen
Architecture
Dense · 8B params
Recommended use
Fast personal assistant
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Qwen3.5 9B
Estimated — not yet tested
Q45.4 GB~230~19
Developer
Qwen
Architecture
Dense · 9B params
Recommended use
Fast personal assistant
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Gemma 3 12B
Estimated — not yet tested
Q47.2 GB~173~14
Developer
Google
Architecture
Dense · 12B params
Recommended use
Multilingual assistant
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
DeepSeek-R1 Distill 14B
Estimated — not yet tested
Q48.4 GB~148~12
Developer
DeepSeek
Architecture
Dense · 14B params
Recommended use
Reasoning
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Ministral 3 14B
Estimated — not yet tested
Q48.4 GB~148~12
Developer
Mistral
Architecture
Dense · 14B params
Recommended use
Email, summaries
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
DeepSeek-R1 Distill 8B
Estimated — not yet tested
Q88.8 GB~144~11
Developer
DeepSeek
Architecture
Dense · 8B params
Recommended use
Reasoning
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Llama 3.1 8B
Estimated — not yet tested
Q88.8 GB~144~11
Developer
Meta
Architecture
Dense · 8B params
Recommended use
General assistant
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Ministral 3 8B
Estimated — not yet tested
Q88.8 GB~144~11
Developer
Mistral
Architecture
Dense · 8B params
Recommended use
Email, summaries
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Qwen3.5 9B
Estimated — not yet tested
Q89.9 GB~128~10
Developer
Qwen
Architecture
Dense · 9B params
Recommended use
Fast personal assistant
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Gemma 3 12B
Estimated — not yet tested
Q813 GB~96~7.7
Developer
Google
Architecture
Dense · 12B params
Recommended use
Multilingual assistant
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
DeepSeek-R1 Distill 14B
Estimated — not yet tested
Q815 GB~82~6.7
Developer
DeepSeek
Architecture
Dense · 14B params
Recommended use
Reasoning
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Ministral 3 14B
Estimated — not yet tested
Q815 GB~82~6.7
Developer
Mistral
Architecture
Dense · 14B params
Recommended use
Email, summaries
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Qwen3.8 27B Dense
Estimated — not yet tested
Q417 GB~77~5.9
Developer
Qwen
Architecture
Dense · 27B params
Recommended use
Higher-quality assistant
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
Gemma 3 27B
Estimated — not yet tested
Q417 GB~77~5.9
Developer
Google
Architecture
Dense · 27B params
Recommended use
Multilingual, higher quality
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured
DeepSeek-R1 Distill 32B
Estimated — not yet tested
Q419 GB~65~5.3
Developer
DeepSeek
Architecture
Dense · 32B params
Recommended use
Reasoning
Evidence
Estimated — not yet tested
Runtime / version
Not recorded
Context length
Not recorded
Runs / test date
Not recorded
Verification
Calculated estimate: generation ≈ 100 GB/s effective memory bandwidth ÷ weight size (dense) or scaled from the measured Qwen3 30B-A3B result (MoE). Prompt speed scaled from the measured Qwen3.6 35B-A3B result. Not measured on APEX LITE. Planning estimate — not measured

Choose your balance of speed and intelligence

Lower memory, often faster, possible quality trade-offs.

  • Qwen3.6 35B-A3B: 21 GB, 32.7 tok/s generation (Third-party measurement)
  • Qwen3 30B-A3B: 18 GB, 31 tok/s generation (Third-party measurement)

Speed and quality depend on model, runtime and hardware; no precision is always fastest.

Q4

Lower memory, often faster, possible quality trade-offs.

Q8

Higher precision and usually better quality retention; needs more memory.

FP16

Highest numerical precision (FP16/BF16) with far greater memory use.

MXFP4

Native GPT-OSS format; distinct from generic Q4 GGUF quantization.

Your workflow

Made for you. Ready for your workflow.

APEX LITE is designed around one primary active AI user.

1
Primary active AI user
~28
Estimated tok/s, one task
~14.0
Estimated tok/s per task with 1 background job
12 GB
Model memory (loaded once, reused)
Chat session · active14.0 tok/s est.
Agent job 1 · runningrunning

Estimate: running tasks share the same hardware, so each gets a share of the single-task speed and response latency rises. APEX LITE is built for one main user with managed background jobs — not several users at full model speed.

Need AI for your whole team? See the APEX lineup

Assistant

Meet your new everyday AI assistant.

Model: Qwen3 30B-A3B · Q4● Local · private
Summarize this PDF into five important points.
▍

Interactive demonstration with prepared responses — simulated, not live model inference.

Your AI coding partner. Always available.

def avg(xs):
    return sum(xs) / len(xs)
avg returns the arithmetic mean of a list. It will raise ZeroDivisionError for an empty list.

Prepared example (simulated). Good fits: coding-specialised MoE models such as Qwen3-Coder 30B-A3B at Q4, or a 8B–14B general model for faster replies.

Documents

Your files have answers. Just ask.

Contracts, reports, manuals, research papers and technical specifications — processed by a local retrieval pipeline.

DocumentLocal parsingEmbedding modelLocal vector databaseLanguage modelSource-grounded answer
“Summarize this agreement and identify its main obligations.”

Local mode can keep processing and storage under your control; actual privacy depends on the integrations and permissions you configure.

AI Agents

Give your AI a job to do.

A personal AI agent workstation for scheduled or sequential tasks.

Hermes Agent

Research, coding, tool execution, file-based workflows, task automation and supported messaging integrations.

Connects to a local Ollama / OpenAI-compatible endpoint (documented in Hermes' local setup guide). Use ~30B+ models for reliable tool calls.

OpenClaw

Personal AI assistant with messaging-based interaction, tool-connected workflows and automated tasks.

Has a native Ollama provider; point it at the APEX endpoint.

OpenHands

Coding assistance, repository investigation and software development workflows.

Uses any OpenAI-compatible or Ollama endpoint via its LLM settings. Needs a strong coding model and a sandbox.

n8n

Task automation, API integrations, scheduled workflows and local inference triggers.

Ollama chat-model and OpenAI-compatible nodes can target the local APEX endpoint.

LangGraph / CrewAI

Advanced options for orchestrating specialized workers. Best with a capable model and careful job limits.

Works with any chat model, including ChatOllama or OpenAI-compatible servers on APEX.

How an agent works on APEX LITE

UserPersonal AI agentLocal APEX LITE modelAuthorized toolsFiles / code / appsResults

Example jobs

Collects approved information and prepares structured summaries.

Best for one main user with controlled background jobs: use a job queue, a low maximum of concurrent jobs, model reuse, memory-aware scheduling and task priorities. Agent actions require appropriate permissions.

Intel AI

Optimized for Intel AI.

Intel OpenVINO

Optimized AI inference across supported CPU, GPU and NPU hardware, and compatible model deployment.

Intel oneAPI

GPU programming and acceleration infrastructure for the Intel compute ecosystem.

llama.cpp

Acceleration via SYCL or Vulkan on the integrated graphics where available, with CPU inference as a fallback.

Ollama & LM Studio

Easy local model apps that serve an OpenAI-compatible endpoint.

IPEX-LLM

Intel's tuned PyTorch extension for running LLMs, where supported.

Not every runtime uses the NPU automatically, and NPU TOPS are not a measure of LLM generation speed.

Setup

Your first local AI. Made simple.

01 · Start APEX LITE

Connect power, display, keyboard and network if needed.

02 · Install AI software

Choose an inference application such as Ollama or LM Studio, or an OpenVINO / llama.cpp build.

03 · Select a model

Pick a model that fits the device's memory — see the compatibility explorer above.

04 · Start chatting

Run your model locally and confirm the real tok/s on your machine.

05 · Add your documents

Connect authorized local files to a retrieval pipeline.

06 · Enable an AI agent

Point Hermes, OpenClaw or another tool at the local model endpoint.

07 · Customize your workspace

Configure models, storage, permissions and task workflows.

Connectivity

Small workstation. Plenty of connections.

APEX LITE front view

Select a port on the photo.

Ports follow the supplied product reference and photographs. The rear USB-C ports are listed as Thunderbolt 4 per the reference; confirm against final hardware before release. Wi-Fi 6E, Bluetooth 5.2, 150W adapter and VESA mounting support complete the connectivity.

Your own library of AI models

AI models
Personal documents
Coding projects
Knowledge databases
AI modelsPersonal documentsCoding projectsKnowledge databasesLocal datasets

Three M.2 slots (reference 3 × 1TB, up to 2TB per slot, pending validation). Installed models can be switched without re-downloading them. Storage capacity is separate from the memory available for inference; the split shown is an example.

Recommendation

Find your perfect local AI model.

GPT-OSS 20B
  • Precision: MXFP4
  • Estimated memory: 12 GB of ~22 GB usable (Fits comfortably)
  • Speed: ~28 tok/s (calculated estimate)
  • Software: Ollama, LM Studio, or llama.cpp (SYCL / Vulkan); OpenVINO where supported
  • Longer context (8K) grows the KV cache and slows responses.

A rule-based suggestion from the estimated dataset — no quality scores are implied.

Contact sales
ZYREX APEX LITE Mini AI Workstation

AI Pribadi Anda. Tepat di Meja Anda.

Tersedia untuk pesanan bisnis & pemerintah

Beli Sekarang

Sekilas

Processor
Intel Core Ultra X7 358H processor · AI software: Intel OpenVINO, oneAPI, llama.cpp (SYCL / Vulkan), IPEX-LLM, Ollama, LM Studio
Memory
32GB LPDDR5X memory (reference configuration)
Storage
3 × M.2 SSD slots (reference 3 × 1TB, up to 2TB per slot, subject to validation)
Display
Rear ports: 2 × Thunderbolt 4, 2 × USB-A, 1 × HDMI 2.0, 1 × DisplayPort 2.0, 2 × 2.5GbE LAN, 1 × DC-in

Galeri

ZYREX APEX LITE Mini AI Workstation — tampilan 1 dari 3
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Spesifikasi Teknis

Semua yang ada di dalam ZYREX APEX LITE Mini AI Workstation.

Processor
  • Intel Core Ultra X7 358H processor
  • AI software: Intel OpenVINO, oneAPI, llama.cpp (SYCL / Vulkan), IPEX-LLM, Ollama, LM Studio
Memory
32GB LPDDR5X memory (reference configuration)
Storage
3 × M.2 SSD slots (reference 3 × 1TB, up to 2TB per slot, subject to validation)
Graphics
Integrated Intel graphics, Intel AI acceleration and Intel NPU
Ports
3 × USB-A (10Gbps), 1 × USB-C, 1 × headphone/mic jack, power button, reset
Display
Rear ports: 2 × Thunderbolt 4, 2 × USB-A, 1 × HDMI 2.0, 1 × DisplayPort 2.0, 2 × 2.5GbE LAN, 1 × DC-in
Connectivity
Wi-Fi 6E, Bluetooth 5.2, dual 2.5GbE LAN
Power
150W adapter
VESA Mount
VESA mounting support
Feature
Reference specifications — final specifications confirmed before release