Compatible with Windows 2000, XP, 2003, Vista, and Windows Server 2008 (both 32-bit and 64-bit). Hardware Efficiency:
The iSCSI Cake 1.8 (12‑drive/12Gb/s) is a dependable, no‑surprises block storage appliance. Ideal for hypervisor hosts, database logs, and backup targets. Avoid if you need synchronous replication or a silent chassis. For the price, it’s a “cake” you can both eat and serve.
Version 1.8 introduced performance optimizations, including improved cache algorithms that allow for setting changes without restarting the service. Primary Use Cases Centralized Management:
The "Cake" in the name refers to how the software "slices" and distributes data. Build 12 introduced refined read-ahead caching algorithms. This means that if multiple clients are loading the same game or application (a common scenario in gaming centers), the server serves the data from its RAM cache rather than hitting the physical disks repeatedly. 2. Copy-on-Write (Snapshot) Technology
Here are the most likely interpretations and an explanation for each, so you can clarify which direction you need.
Needs a high-speed NIC (at least 1Gbps, ideally 10Gbps) and plenty of RAM for caching.
Compatible with Windows 2000, XP, 2003, Vista, and Windows Server 2008 (both 32-bit and 64-bit). Hardware Efficiency:
The iSCSI Cake 1.8 (12‑drive/12Gb/s) is a dependable, no‑surprises block storage appliance. Ideal for hypervisor hosts, database logs, and backup targets. Avoid if you need synchronous replication or a silent chassis. For the price, it’s a “cake” you can both eat and serve. iscsi cake 1.8 12
Version 1.8 introduced performance optimizations, including improved cache algorithms that allow for setting changes without restarting the service. Primary Use Cases Centralized Management: Compatible with Windows 2000, XP, 2003, Vista, and
The "Cake" in the name refers to how the software "slices" and distributes data. Build 12 introduced refined read-ahead caching algorithms. This means that if multiple clients are loading the same game or application (a common scenario in gaming centers), the server serves the data from its RAM cache rather than hitting the physical disks repeatedly. 2. Copy-on-Write (Snapshot) Technology Avoid if you need synchronous replication or a
Here are the most likely interpretations and an explanation for each, so you can clarify which direction you need.
Needs a high-speed NIC (at least 1Gbps, ideally 10Gbps) and plenty of RAM for caching.