Cisco HX Data Platform Compatibility and Scalability Details - 6.0(x) Releases
Cluster Limits
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Cisco HX Data Platform supports up to 100 clusters managed per vCenter as per VMware configuration maximums.
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Cisco HX Data Platform supports any number of clusters on a single FI domain. Each HX converged node must be directly connected to a dedicated FI port on fabric A and fabric B without the use of a FEX. C-series compute only nodes must also directly connect to both FIs. B-series compute only nodes will connect through a chassis I/O module to both fabrics. In the end, the number of physical ports on the FI will dictate the maximum cluster size and maximum number of individual clusters supported in a UCS domain.
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Using a FEX on uplink ports connecting the Fabric Interconnects to the top of rack (ToR) switches is not supported due to the possibility of network oversubscription leading to the inability to handle HyperFlex storage traffic during failure scenarios.
The following tables provide Cisco HX Data Platform Compatibility and Scalability Details.
Node |
VMware ESXi |
Stretched Cluster* (Available on ESX Only) |
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Deployment Type |
FI-Connected |
Edge |
DC-No-FI |
FI-Connected |
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HX Servers (Intel and AMD Servers) |
HXAF245C-M6SX HXAF240C-M6SX HXAF240C-M6SN HXAF240C-M5SX HXAF240C-M5SN HXAF240C-M5 HXAF225C-M6S HXAF220C-M6SN HXAF220C-M6S HXAF220C-M5SN HXAF220C-M5 HX245C-M6SX HX240C-M6SX HX240C-M5 HX225C-M6S HX220C-M6S HX220C-M5 |
HX240C-M6L HX240C-M5L |
HXAF245-M6SX Edge HXAF240C M5 Edge Short Depth HXAF240C M5 Edge Full Depth HXAF240 M6SX Edge HXAF225-M6SX Edge HXAF220C M5 Edge HXAF220 M6S Edge HX245-M6SX Edge HX240C M5 Edge Short Depth HX240C M5 Edge Full Depth HX240 M6SX Edge HX225-M6SX Edge HX220C M5 Edge HX220 M6S Edge |
HXAF245C-M6SX HXAF240C-M6SX HXAF240C-M6SN HXAF240C-M5SX HXAF240C-M5 HXAF225C-M6S HXAF220C-M6SN HXAF220C-M6S HXAF220C-M5 HX245C-M6SX HX240C-M6SX HX240C-M6 HX240C-M5 HX225C-M6S HX220C-M6S HX220C-M6 HX220C-M5 |
HXAF245C-M6SX HXAF240C-M6SX HXAF240C-M6SN HXAF240C-M5SX HXAF240C-M5 HXAF225C-M6S HXAF220C-M6SN HXAF220C-M6S HXAF220C-M5SN HXAF220C-M5 HX245C-M6SX HX240C-M6SX HX240C-M5 HX225C-M6S HX220C-M6S HX220C-M5 |
HX240C-M6L HX240C-M5L |
Compute-Only UCS B-Series/C-Series Servers |
B200 M6 B200 M5 B480 M5 C220 M6/M5 C240 M6/M5 C480 M5 C225 M6 C245 M6 |
B200 M6 B200 M5 B480 M5 C220 M6/M5 C240 M6/M5 C480 M5 |
— |
C220 M6 C220 M5 C225 M6 C245 M6 C240 M6 C240 M5 |
B200 M6 B200 M5 B480 M5 C220 M6/M5 C240 M6/M5 C480 M5 C225 M6 C245 M6 |
B200 M6 B200 M5 B480 M5 C220 M6/M5 C240 M6/M5 C480 M5 |
Supported Nodes |
Converged and Compute-only nodes | Converged and Compute-only nodes | Converged nodes only |
Converged and Compute-only nodes |
Converged and Compute-only nodes | Converged and Compute-only nodes |
HXDP-DC-AD Licensed Node Limits 1:1 ratio of HXDP-DC-AD to Compute only nodes (Min—Max) |
Converged nodes: 3-32 Compute only nodes: 0-32 Compute-only nodes: 0-32 All NVMe PIDs require HXDP-DC-PR License |
Converged nodes: 3-16 Compute-only nodes: 0-16 |
M5 Converged nodes: 2, 3, or 4 |
Converged nodes: 3-12 Compute-only nodes: 0-12 All NVMe PIDs require HXDP-DC-PR License |
N/A |
N/A |
HXDP-DC-PR Licensed Node Limits 1:2 ratio of HXDP-DC-PR to Compute only nodes (Min—Max) |
Converged nodes: 3-32 Compute only nodes: 0-64 (up to max cluster size) Compute-only nodes: 0-64(up to max cluster size) All NVMe PIDs require HXDP-DC-PR License |
Converged nodes: 3-16 Compute-only nodes: 0-32 |
M5 Converged nodes: 2, 3, or 4 |
Converged nodes: 3-12 Compute-only nodes: 0-24 Required for HXAF220c M6SN HXAF240c M6SN HXAF220c M5SN All NVMe PIDs require HXDP-DC-PR License |
Converged nodes: 2-16 per Site Compute-only nodes: 0-21 per Site (up to max cluster size) Compute only nodes: 0-64 (up to max cluster size) |
Converged nodes: 2-8 per Site Compute-only nodes: 0-16 per Site (up to max cluster size) |
Max Cluster Size |
961 |
48 |
4 Updated to 4 per input from Shankar Srikanta 5/2/2022 (rickwo) |
36 |
32 per Site/ 64 per cluster |
24 per Site/ 48 per cluster |
Max Compute to Converged ratio |
2:1 |
2:1 |
— |
2:1 |
2:1 |
2:1 |
Expansion |
✔ |
✔ |
✔2 |
✔ |
✔* |
✔* |