05-17-2024, 10:33 AM
When configuring SSD cache for your Ugreen NAS equipped with NVMe slots, it's advisable to tailor your cache size to match your typical daily usage. For most home or media server environments, a cache ranging from 500GB to 1TB proves ample. This size strikes a balance between enhancing read/write performance significantly without unnecessarily overallocating resources.
This strategy ensures an optimal equilibrium between performance and cost-effectiveness, irrespective of whether you employ RAID configurations. Opting for a cache within the 500GB to 1TB range typically yields the most favorable outcomes for the majority of users. Expanding the cache beyond this range might yield minimal performance gains and could potentially result in increased traversal times for cache hits.
For your media server, it's crucial to invest in high-endurance NVMe SSDs capable of enduring heavy read/write operations over time. Seek out SSDs boasting robust DWPD (Drive Writes Per Day) ratings to guarantee durability and dependability. You can access a comprehensive list of recommended NVMe SSDs for caching, along with their respective endurance ratings, on the NAS Compares NVMe List: [https://nascompares.com/answer/nvme-m-2-...wpd-mtbf/).
This strategy ensures an optimal equilibrium between performance and cost-effectiveness, irrespective of whether you employ RAID configurations. Opting for a cache within the 500GB to 1TB range typically yields the most favorable outcomes for the majority of users. Expanding the cache beyond this range might yield minimal performance gains and could potentially result in increased traversal times for cache hits.
For your media server, it's crucial to invest in high-endurance NVMe SSDs capable of enduring heavy read/write operations over time. Seek out SSDs boasting robust DWPD (Drive Writes Per Day) ratings to guarantee durability and dependability. You can access a comprehensive list of recommended NVMe SSDs for caching, along with their respective endurance ratings, on the NAS Compares NVMe List: [https://nascompares.com/answer/nvme-m-2-...wpd-mtbf/).