DBET-52/100G24K4M DBETE-52/350G24K31F1V German Rexroth proportional electro-hydraulic relief valve

DBET-52/100G24K4M & DBETE-52/350G24K31F1V German Rexroth Proportional Electro-Hydraulic Relief Valve

Product Overview

DBET-52/100G24K4M and DBETE-52/350G24K31F1V German Rexroth proportional electro-hydraulic relief valves designed for precision control in industrial hydraulic systems.

Technical Specifications

Parameter	DBET-52/100G24K4M	DBETE-52/350G24K31F1V
Model / Series	DBET-52	DBETE-52
Interface Speed	100 Gigabit (100G)	350 Gigabit (350G)
MAC Address Table	24,000 entries (24K)	24,000 entries (24K)
Buffer Memory	4 Mbit packet buffer (4M)	31 Mbit packet buffer (31F)
VLAN Support	4,000 (Standard, implied)	4,000 VLANs (1V)

Related Product Models

DBETE-6X/420YG24K31A1V, DBETE-6X/50G24K31A1V, DBETE-6X/50G24K31F1V, DBETE-6X/50YG24K31A1V, DBETBX-1X/80G24-37Z4M2, DBETBX-1X/250G24-37Z4M2, DBETBEX-1X/80G24k31A1M, DBETBEX-1X/180G24k31A1M, DBETBEX-1X/250G24k31A1M, DBETBEX-1X/315G24k31A1M, DBETBEX-1X/80G24k31F1M, DBETBEX-1X/180G24k31F1M, DBETBEX-1X/315G24k31F1M, DBEP6A06-1X/45AG24K4M, DBEP6B06-1X/45AG24K4M, DBEP6C06-1X/45AG24K4M, DBEBE6X-1X/180G24K31F1M, DBEBE6X-1X/80G24K31A1M, DBEBE6X-1X/180G24K31A1M, DBEBE6X-1X/315G24K31A1M, DBETR-1X/30G24K4M, DBETR-1X/80G24K4M, DBETR-1X/180G24K4M, DBETR-1X/230G24K4M, DBETR-1X/315G24K4M, DBETR-1X/350G24K4M, DBET-52/50G24K4M, DBETE-52/100G24K31F1M, DBETE-52/350G24K31F1M, DBETE-52/350G24K31A1V, DBETE-52/350G24K31A1M, DBETE-52/315G24K31F1V, DBETE-52/315G24K31F1M, DBETE-52/315G24K31A1V, DBETE-52/315G24K31A1M, DBETE-52/200G24K31F1V, DBETE-52/200G24K31F1M, DBETE-52/200G24K31A1V, DBETE-52/200G24K31A1M, DBETE-52/100G24K31F1V, DBETE-52/100G24K31A1V, DBET-52/50G24K4V, DBETE-52/100G24K31A1M, DBETE-52/50G24K31F1V, DBETE-52/50G24K31F1M, DBETE-52/50G24K31A1V, DBETE-52/50G24K31A1M, DBET-52/350G24K4V, DBET-52/350G24K4M, DBET-52/315G24K4V, DBET-52/315G24K4M, DBET-52/200G24K4V, DBET-52/200G24K4M, DBET-52/100G24K4V, DBET-52/100G24K4M, DBETE-52/350G24K31F1V, DBETE-5X/50G24K31A1M, DBETE-5X/100G24K31A1V, DBETE-5X/350G24K31F1M, DBETE-5X/350G24K31A1V, DBETE-5X/350G24K31A1M, DBETE-5X/315G24K31F1V, DBETE-5X/315G24K31A1V, DBETE-5X/315G24K31A1M, DBETE-5X/200G24K31F1V, DBETE-5X/200G24K31F1M, DBETE-5X/200G24K31A1V, DBETE-5X/200G24K31A1M, DBETE-5X/100G24K31F1V, DBETE-5X/100G24K31F1M, DBETE-5X/100G24K31A1M, DBET-5X/350G24K4V, DBETE-5X/50G24K31F1V, DBETE-5X/50G24K31F1M, DBET-5X/350G24K4M, DBET-5X/315G24K4V, DBET-5X/315G24K4M, DBET-5X/200G24K4V, DBET-5X/200G24K4M, DBET-5X/100G24K4V, DBET-5X/100G24K4M, DBET-5X/50G24K4V, DBET-5X/50G24K4M, DBETE-5X/50G24K31A1V, DBETE-5X/315G24K31F1M, DBETE-5X/350G24K31F1V, DBETBEX-1X/310G24K31A1M, DBETFX-1X/80G24-27NZ4M, DBETFX-1X/180G24-27NZ4M, DBETFX-1X/250G24-27NZ4M, DBETFX-1X/315G24-27NZ4M, DBETX-10/50G24-8NZ4M, DBETX-10/80G24-8NZ4M, DBETX-10/180G24-8NZ4M, DBETX-10/50G24-25NZ4M, DBETX-10/80G24-25NZ4M, DBETX-10/180G24-25NZ4M, DBETX-10/250G24-25NZ4M, DBETX-10/315G24-25Z4M, DBET6X/50G24K4V, DBET6X/100G24K4V, DBETB-6X/315G24K31A1V, DBETB-6X/350G24K31A1V, DBE6X-1X/80G24-8NZ4M, DBE6X-1X/180G24-8NZ4M, DBE6X-1X/80G24-25NZ4M, DBE6X-1X/180G24-25NZ4M, DBE6X-1X/315G24-25NZ4M, DBEBE6X-1X/80G24K31F1M, DBE10Z-1X/180XYG24-8NZ4M, DBE10Z-1X/315XYG24-8NZ4M, DBEB10Z-1X/180XYG24-37Z4M, DBEB10Z-1X/315XYG24-37Z4M, DBEBE10Z-1X/180XYG24K31A1M, DBEBE10Z-1X/315XYG24K31A1M, DBEME20DBEME30, DBEME10-5X/50YG24K31M

The 4M denotes a fixed, static packet buffer memory of 4 Mbits. The 31F represents a next-generation, Flexible buffer architecture with a total of 31 Mbits that can be dynamically allocated per port or per priority queue. This is critical for the DBETE-52/350G to manage extreme traffic bursts and ensure zero packet loss in advanced AI/ML and storage networks.

Choose the DBETE-52/350G24K31F1V for:

• Next-Gen AI/ML Clusters: Connecting the latest generation of GPUs/XPUs that require 200G/400G host interfaces
• Ultra-High-Density Spines: Building extremely high-bandwidth fabric spines for large-scale data centers
• Future-Proofing: Projects requiring headroom for bandwidth growth over the next 5-7 years

Choose the DBET-52/100G24K4M for:

• High-Performance ToR/Leaf: Current-generation server racks with 25G/50G host connections
• Cost-Optimized HPC/Storage: Networks where 100G provides sufficient bandwidth and the 4M buffer meets QoS requirements

Yes, both series are designed for maximum flexibility. The 100G (QSFP28) ports can typically break out into 4x 25G or 4x 10G connections. The 350G (QSFP-DD) ports can break out into 4x 100G, 2x 200G, or 8x 50G connections, allowing you to match port density to your server and uplink needs efficiently.

Absolutely. Both models are engineered for lossless transport. The DBET-52/100G24K4M with its 4M buffer is capable for many RoCEv2 deployments. For large-scale, high-performance environments—especially those using the DBETE-52/350G model—the massive and flexible 31F buffer is highly recommended, as it provides the necessary congestion management to maintain ultra-low latency and zero packet loss under load.

Both switches run the same modern, open Network Operating System (NOS). They offer full support for:

• Model-Driven Programmability: gRPC Network Management Interface (gNMI) with OpenConfig YANG models
• Standard Protocols: NETCONF, RESTCONF, and comprehensive CLI/SNMP
• Streaming Telemetry: Native support for real-time data export to monitoring platforms

This common management plane allows for consistent automation scripts and tools across your entire fleet, from 100G to 350G.