LLM Comparison

North Mini Code vs Reka Flash 3

Side-by-side specs, pricing & capabilities

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2/6 models
Same tier:
 CohereNorth Mini CodeRekaReka Flash 3
OrganizationCohereCohereRekaReka
OpenTools Score
FamilyNorthReka
StatusCurrentCurrent
Release DateJun 2026Mar 2025
Context Window262K tokens66K tokens
Input PriceFree$0.10/M tokens
Output PriceFree$0.20/M tokens
Pricing NotesCohere's official model documentation states North Mini Code is free for trial and production API keys until rate limits are reached; Model Vault production deployment is also supported.—
Capabilities
reasoningagentic-codingtool-usestructured-outputmultilinguallocal-deployment
textcode
Max Output66K tokens66K tokens
API Identifiernorth-mini-code-1-0rekaai/reka-flash-3
Benchmarks
AIME 2025—
33.7%artificial-analysis
GPQA Diamond
75.7%artificial-analysis
52.9%artificial-analysis
SciCode
38.8%artificial-analysis
—
Terminal-Bench 2.1
35.6%artificial-analysis
—
 View North Mini CodeView Reka Flash 3

Cost Calculator

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ModelInputOutputTotal / movs Best
North Mini CodeCheapest$0.00$0.00$0.00—
Reka Flash 3$0.10$0.10$0.20+0%

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Compare two exact setups, including different configurations of the same model. Hardware fit, measured speed and costs are separate decisions.

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Use hours for the same scenario period. Cloud billing includes idle time; active hours alone do not set the bill. Local electricity uses whole-system attributable power, powered hours and your tariff. Missing inputs remain unknown.

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Measured speed needs the same pinned workload protocol, tokenizer, context, batching and cache state.

ConfigurationRun complete native North Mini Code with retained reasoning and inert tools on a CPU workstationRun Reka Flash 3 bounded reasoning on a 32 GiB Intel desktop
ModelNorth Mini CodeReka Flash 3
HardwareIntel Xeon w5-2465X / ASUS W790E-SAGE SE,256GiB RAM,400GiB free diskIntel Core i5-12400 desktop, 4 inference threads, 32 GiB RAM
RuntimeComplete native North Mini Code CPU with Command4 parsing Transformers 5.11.0; Torch 2.11.0 CPU; Cohere Melody 0.15.2; Python 3.12 · CPUllama.cpp v0.7.0 (620d2225cc436ab0b001e3200e590e3b286ef9ab) · CPU
ArtifactNorth Mini Code 1.0 complete native 49-part Cohere2Moe checkpoint · Full native BF16 checkpoint loaded as CPU FP32; all 128 experts retained, not active-parameter storage · Unquantized native BF16 weights; reader explicitly loads the complete model as CPU FP32Reka Flash 3 Q4_K_M, Unsloth derivative · GGUF Q4_K_M mixed quantization · Q4_K_M mixed quantization published by Unsloth
Context / concurrency4,096 tokens / 18,192 tokens / 1
Required memoryUnknown (unknown)Unknown (unknown)
EvidenceDocumented setupDocumented setup
Hardware fitHardware fit unknown

Complete FP32 load, cache, expert routing, temporary tensors, environment and OS peak are unmeasured. Enter available memory per device or unified memory pool. Host RAM: 256 GiB is a selected host allocation, not a measured process minimum or fit result. Free disk space: 400 GiB free/root allocation is a reader planning choice, not a measured minimum.

Hardware fit unknown

No exact CPU process peak for this 21B dense GGUF, 8K context and native reasoning workload. Enter available memory per device or unified memory pool. Host RAM: 32 GiB is chosen installed host capacity, not a measured minimum. Free disk space: 40 GiB free/root disk is a walkthrough allocation, not measured minimum.

One-time cost
Unknown

hardware: Existing desktop purchase price and incremental hardware cost depend on the reader; unknown. setup: Initial provisioning/build time and labor cost are unknown.

Unknown

hardware: Existing desktop purchase price and incremental hardware cost depend on the reader; unknown. setup: Initial provisioning/build time and labor cost are unknown.

Recurring scenario cost
Unknown

electricity: Actual wall power, electricity rate and powered hours are unknown; no TDP-to-wall-power conversion. storage: Incremental cost of local disk capacity is unknown. The 400 GiB free-disk walkthrough allocation is an author choice, not a measured requirement. egress: Data transfer price, allowances and traffic volume are unknown. administration: Maintenance labor rate and hours are unknown.

One-time setup and recurring costs are separate. Unknown components are not treated as free. No monthly token output is inferred from peak throughput.

Unknown

electricity: Actual wall power, electricity rate and powered hours are unknown; no TDP-to-wall-power conversion. storage: Incremental cost of local disk capacity is unknown. The 40 GiB free-disk walkthrough allocation is an author choice, not a measured requirement. egress: Data transfer price, allowances and traffic volume are unknown. administration: Maintenance labor rate and hours are unknown.

One-time setup and recurring costs are separate. Unknown components are not treated as free. No monthly token output is inferred from peak throughput.

Published measurements (unranked)No compatible measurement availableNo compatible measurement available

Different currencies and incomplete costs are not ranked. Model quality benchmarks remain on the model pages; they do not establish quality or speed for every deployment.

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