UCS-MR-X32G1RW-M=: High-Density RDIMM for Ent
Core Architecture & Technical Specifications The �...
The Cisco C9300-24H-1E is a Catalyst 9300 series switch designed for high-speed enterprise access and distribution layers, combining 24x 10G SFP+ ports, 1x network module slot, and StackWise-480 stacking technology. Built for data centers, large campuses, and bandwidth-intensive applications, it delivers scalability, redundancy, and advanced security in a 1RU form factor.
Key Features:
This model addresses critical demands in modern enterprise networks:
1. 10G Density for Future-Proofing
The 24x 10G ports eliminate bottlenecks in virtualized environments or AI/ML data pipelines, supporting up to 480Gbps of switching capacity.
2. StackWise-480 Scalability
Combine up to 8 switches into a single logical unit with 480Gbps stacking bandwidth, enabling non-disruptive upgrades and simplified management.
3. Advanced Threat Mitigation
Encrypted Traffic Analytics (ETA) and Cisco Trustworthy Systems detect anomalies in encrypted flows, critical for financial or healthcare sectors.
Category | Details |
---|---|
Port Configuration | 24x 10G SFP+, 1x network module slot |
Stacking Bandwidth | 480Gbps (StackWise-480) |
Power Supply | 1x 1100W AC (field-upgradable to redundant) |
Security | MACsec, Secure Boot, ETA, Cisco ISE integration |
Q: Can this switch support 40G/100G uplinks?
Yes. Use modules like C9300-NM-8Q (8x 40G QSFP) or C9300-NM-2Q (2x 100G QSFP28) for spine-leaf architectures.
Q: Is redundant power available?
Yes. The base model includes one 1100W PSU, but a second can be added for N+1 redundancy.
Q: How does DNA Premier simplify operations?
It enables predictive analytics, automated policy enforcement, and assurance for over 200 network health metrics.
For guaranteed authenticity and Cisco DNA licensing compliance, purchase the “C9300-24H-1E” exclusively here. Confirm module and transceiver requirements (e.g., 10G-SR vs. 10G-LR) during planning.
The C9300-24H-1E is a cornerstone for enterprises refusing to compromise between 10G density and future scalability. While its upfront cost is steep, the blend of StackWise-480, DNA Premier, and modular uplinks ensures a 7-10 year lifecycle—outlasting cheaper alternatives requiring mid-term replacements. For IT teams managing hyperscale IoT or real-time analytics workloads, this switch isn’t just an upgrade; it’s a strategic leap toward next-gen infrastructure.