E5 2673 v4 Underperformance | Users Scrutinize GPU Hashrate Discrepancies
A growing coalition of E5 2673 v4 CPU users is pushing back against the unexpected drop in hash rates, revealing new insights that could reshape mining strategies. While many anticipated power-packed performance, current figures hover around 7,500 H/s, sparking intense discussions among the community about potential fixes and configurations.
Recent threads in the community forums highlight that the E5 2673 v4, with its impressive 20 cores and 40 threads, paired with a 50MB L3 cache, should ideally exceed 12,000 H/s in the right setup. Yet, many users report frustrating experiences, noting peculiarities such as 50% CPU usage and confusion over settings that show no signs of thermal throttling.
In light of the discontent, several key themes have emerged from user commentary:
Cache Limitations: There's growing frustration about how the cache size affects hash rate performance, with one user mentioning, "Looks like you’re on par with what that CPU puts out."
Thread Management: Optimal thread usage remains a hot topic. Users highlight that “If you’re running all 40 threads, you’re likely bottlenecking your hash rate due to memory swapping.” Another user pointed out the significant impact of using all threads relative to the available cache, estimating performance discrepancies.
Configuration Challenges: New questions have arisen around software settings, specifically regarding XMRIG's functionalities. One miner queried, “How do you know for sure if XMRIG is using AES-NI instead of just AES?”
Interestingly, while some users have expressed nuances of optimism after making tweaks, frustration dominates the conversation with others reflecting on how a lower-end model, such as a Ryzen 7, can outperform the E5 setup. Comments reveal a mix of sentiment where some are satisfied enough with minor gains while many continue to seek better answers. The community is ultimately crying out for comprehensive guides to optimize configurations across various algorithms.
"It’s all about maximizing your resources and knowing what works with your hardware," said one experienced miner, emphasizing that those who feel limited by their current setups should adapt swiftly.
Community Reaction:
These discussions showcase the daunting challenges faced by the mining community, encompassing not just hardware inefficiencies but also the quest for shared knowledge to tackle performance barriers more effectively.
Insights & Highlights:
◻️ 50% of users advocate for limiting thread counts to enhance hash rates.
✦ Users underscore the differences between RandomX and Verushash for CPU mining effectiveness.
🔍 Curiously, users with slower RAM and lower clock speeds express dissatisfaction while rounding out the commentary.
▽ Preliminary benchmarks for the E5 2673 v4 suggest potential max performance could climb over 16,000 H/s, contingent on dual CPU setups.
As the conversation around these performance discrepancies unfolds, adapting one’s strategy for crypto mining remains essential. Whether tweaking configurations or delving into new algorithms, it’s clear that the path of knowledge-sharing holds the key to unlocking greater mining success.