been a thing on @Cellhasher for a long time now actually!

Imagine what happens when you use 20 phones all cooking at 10-20 token/s running 24/7 working for you Here is a taste of one Android Phone, a simple deploy of QWEN3.5 running on a 5 year old Android. @Cellhasher

Here are Android AI @Cellhasher Qwen3.5 + DeepSeek 33B benchmarks. TLDR: its actually worth it if you have old androids for the cheap less than 5w most of these phones operate at. Especially as agents become more deployable and 24/7 hands off or sit and forget. AI model companies will eventually start fine tuning even further to get models into more of a MOE style but tuned directly to the use with Routers, routing each request. Cellhasher is working on this as well. As demand for compute and energy continues, eventually companies will not keep making bigger models and not Company can keep pace with the big ones, they will focus on small local models for retail. We will start with the 5 year old Chipset and Bring you up to speed with some wild results on a newest-chipset. Device: Snapdragon 888 (5 years old chip) CPU only Non-root (28 GB/s memory cap) Rooted devices (56 GB/s) scale ~1.8–1.9x. (using the fastest 4 cores actually outperforms using all 8 cores) Qwen3.5 - 0.8B CPU (4 big cores): 12.54–13.01 tok/s Rooted (1.8–1.9x): 22.6–24.7 tok/s Vulkan GPU (NGL=24): 1.60–1.78 tok/s (7–8x slower) Qwen3.5 - 2B CPU (4 big cores): 9.15–9.36 tok/s Rooted: 16.5–17.8 tok/s Vulkan GPU (NGL=24): 0.78–0.86 tok/s (11–12x slower) Large Models (Non-Root) #p stands for Number of Phones in a parallel pipeline ring made by Cellhasher Swarm AI DeepSeek 33B → 5.89 tok/s (Best was 7.8 tok/s) average is still 5.89 tok/s (12p, d=16, 81% accept) Qwen3.5-35B-A3B → 3.75 tok/s (best was 5.1 tok/s) (3p, d=8, 71.5% accept) Qwen3.5-32B (Coder) → 2.85 tok/s (best 4.8 tok/s) (7p, same-family draft) Rooted Estimate (56 GB/s) DeepSeek 33B → ~10–11 tok/s Qwen3.5-35B → ~6.5–7 tok/s Qwen3.5-32B → ~5–5.5 tok/s Snapdragon 8 Elite Gen 5 plus + 24gb RAM (Android Phone) ~75–85 GB/s memory bandwidth INT4/INT8 NPU usable Well-tuned pipeline Qwen3.5 - 0.8B Model CPU only: 30–45 tok/s CPU + NPU: 70–100+ tok/s Qwen3.5 - 2B Model CPU only: 18–25 tok/s CPU + NPU: 40–60 tok/s DeepSeek 33B CPU only: 15–20 tok/s CPU + NPU (blended): 20–28 tok/s (30 tok/s possible with ideal tuning) Qwen3.5-35B-A3B CPU only: 11–15 tok/s CPU + NPU: 16–22 tok/s Qwen3.5-32B (Coder) CPU only: 10–14 tok/s CPU + NPU: 15–20 tok/s (CPU+NPU is slightly tricky and prefill along with ring pipeline can determine alot, KV cache catching is something i haven't played around with yet) 33B class ~2.5–3.5x over Snapdragon 888 Small models see major NPU uplift Memory bandwidth remains the limiter on large models @Cellhasher has come along way driving inspo from @exolabs over the last few months although things needed to change in order to be correctly managed for android really none of the EXO features are now used, we have our own modification to llama.cpp that overs this ring pipelined parallelism for running LARGE models across however many phones it takes. What's hard is sometimes less phones doesn't always compute to high tokes as some would think less hops will do the trick, in some cases it does other cases like Spec drafting sometimes it doesn't. Regardless Automously running agents 24/7 if i Can run a 80b model at 1-5tok/s on 5 year old Android hardware that runs at 5-15w depending on the amount of phones used, ill take it. If you make the upgrade to the latest generations of phones you get to experience amazing breakthrough of NPU sync and bandwidth optimization that can get you that amazing 20-70 tok/s feel depending per model for every day use. And now im thinking about taking the plunge into 20 of these new phones 20k for 160cores, and 480gb RAM i could possible run the latest and greats at maybe speeds of 10 tok/s.... who knows let me know if you want me to try! (All Phones benchmarked on Ethernet as it offers the best latency over Wifi) (Wifi Still works just slower)

Cellhasher has a space today with Acurast. We don’t do spaces very often so please come check it out. Should be to long and should have some great convo and topics!