Binary LaneCPU Optimised cpu-8thr · 8 vCPU · 16 GB
CPU Optimised · dedicated threads
Binary Lane CPU Optimised cpu-8thr costs $102.61/mo for 8 vCPU, 16 GB of RAM and 300 GB NVMe, cheaper than 30% of the 524 VPS plans we track, checked 16 Sept 2026.
Price
$102.61/mo
billed A$144/mo
$0.1425/hour
$6.41 per GB RAM
Cheaper than 30% of tracked offers
Specs vs the whole index
- RAM
- 16 GB> 53% of offers
- vCPU
- 8 dedicated> 71% of offers
- Disk
- 300 GB NVMe> 78% of offers
- Bandwidth
- 6 TB/mo
Priced in AUD as listed by Binary Lane · 6 TB transfer (A$0.01/GB beyond) · disk configurable 300–600 GB (300 GB priced here)
Value score
47/100
- RAM · 16 GB
- 16.0
- vCPU · 8
- 12.0
- Disk · 300 GB NVMe
- 12.0
- Traffic · 6 TB
- 1.8
- 41.8 points ÷ $102.61
- 0.41 per $
1 point per GB of RAM, 1.5 per vCPU, 1 per 25 GB of disk up to 500 GB (SSD × 0.8, HDD × 0.4), and 0.3 per TB of traffic up to 20 TB.
The score ranks 0.41 points per dollar against the 524 tracked VPS plans, whose median is 0.43. A higher score means more machine for the money.
Regions · 4
Data provenance
Binary Lane · Public API · api.binarylane.com.au/v2/sizes + /regions (AUD)
Fetched 16 Sept 2026
Prices exclude VAT. Always confirm on the provider's site.
Where this sits in the market
At $102.61/mo, CPU Optimised cpu-8thr · 8 vCPU · 16 GB is cheaper than 30% of the 524 VPS plans in our index. It delivers 16 GB of RAM at $6.41/GB, 18% above the $5.42/GB market median. Its value score of 47/100 ranks it #231 among VPS plans that include a disk, and it is the 13th cheapest of Binary Lane's 18 tracked plans.
Open models this box runs comfortably · CPU inference
how we compute this →- Qwen3 14B~3.2–6.4 tok/s
- DeepSeek-R1 Distill Qwen 14B~3.2–6.4 tok/s
- Phi-4 14B~3.2–6.5 tok/s
- Mistral Nemo 12B~3.9–7.8 tok/s
- Gemma 3 12B~3.9–7.8 tok/s
- Qwen3 8B~5.8–12 tok/s
- DeepSeek-R1-0528 Qwen3 8B~5.8–12 tok/s
- Llama 3.1 8B~5.9–12 tok/s
Largest two per lineup that fit 16 GB with 20% headroom at Q4_K_M and an 8K context; speeds are bandwidth-bound estimates for 8 dedicated vCPU.
