The DZS MXK-F1419 is designed to be fully-compliant to meet the ETSI EN 300 standard for indoor cabinets and contains 14-access multi-service subscriber slots, and 2-network facing slots. MXK-F1419 can be mounted directly into a 19″ wide rack. The chassis is equipped with a cable management tray, easy fan access, and rear-powered redundant power feeds.
- MXK -F1419 – 19″ Model: 14 Access Cards
High Capacity Switching
- 2 x Terabit switching fabrics
- 2 x 100G channels to Line Cards
- GPON (2.5G Downstream / 1.25 G Upstream)
- XGPON1 (10G Downstream/ 2.5G Upstream)
- XGSPON (10G Downstream/ 10G Upstream)
- NGPON2 (10G Downstream / 2.5G Upstream, 10G Downstream/ 10G Upstream)
- Active Ethernet (1GbE , 10GbE, 40GbE)
- Management Database
- Management Functions
- IEEE 1588, BITs, SyncE
- DC: -43.75V to -62V
- Dual (A/B redundant) power feeds
The MXK-F™ chassis architecture is designed around a dual star design with redundant ultra high-speed links to each subscriber line card slot for future-proof support of today’s and tomorrow’s bandwidth-hungry fiber-based subscriber services. Also MXK-F™ management control and aggregation switch fabric functions reside on two separate cards, each of which can be equipped in a redundant configuration; MCs (Management Cards) and FC (Fabric Cards). Lastly, a fully-distributed database and parallel firmware loading enable simple fast upgrades.
With a solid, wide foundation to build upon, MXK-F™ is well-suited as high-density fiber-based service platform to cost-effectively deliver ITU-T G.984 GPON, IEEE 802.3-2008 1 and 10Gb/s Active Ethernet, ITU-T G.987 XGPON1, ITU-T G.989 NGPON2, and other advanced fiber-based services for residential triple play and high-bandwidth business services over any FTTx architecture.
Also see the DZS MXK-F1421 – Same product specs but is the 21″ model and holds 16 Access Cards.
Also see the DZS MXK-F219. With its MXK-F14xx lineage, it has exactly the same high-capacity backplane and high-speed virtues found in its larger siblings – except on a 2U 19″ form factor.