Top 10 Most Popular Broadcom Ethernet Chips

You can find the most popular Broadcom chips in many network devices. Here are the top 10 most popular Broadcom Ethernet chips:

1. Strata DNX

2. Tomahawk 6

3. Jericho Series

4. StrataXGS Tomahawk

5. Tomahawk 4

6. NetXtreme E-Series

7. BCM5720

8. BCM5719

9. BCM57416

10. BCM57810S

These chips stand out for their performance, wide adoption, and innovative features. Broadcom controlled over 90% of the 10GbE market by revenue in 2016. The Tomahawk line drives strong growth and contributes to Broadcom's AI revenue. You will see each chip’s features, use cases, and reasons for popularity.

Key Takeaways

• Broadcom Ethernet chips are very important for fast and steady network connections. They are used in many places like data centers and business networks.

• The Tomahawk series, especially Tomahawk 6, is popular because it is fast and works well. It is great for AI and cloud applications.

• To pick the right Broadcom chip, think about your network’s size, speed needs, and future growth. Look closely at bandwidth and features.

• Chips like Strata DNX and Jericho Series are good at handling large amounts of data. They also offer strong security for better network performance.

• Broadcom chips work with many operating systems. This makes them flexible for different server and desktop setups.

Most Popular Broadcom Ethernet Chips List

Broadcom chips are found in lots of network devices. They help you get fast and steady connections at home, in big data centers, and in business networks. Here are the top 10 most popular Broadcom ethernet chips and why each one matters:

1. Strata DNX
   This chip is used in big routers and switches. It gives high speed and supports advanced network features.

2. Tomahawk 6
   You see this chip in cloud data centers. It is one of the fastest chips for network asics.

3. Jericho Series
   This chip is found in carrier-grade switches. It handles tough routing and helps manage network throughput in large networks.

4. StrataXGS Tomahawk
   This chip is used in merchant ethernet switch designs. It supports flexible network asics for many uses.

5. Tomahawk 4
   You use this chip in hyperscale data centers. It gives huge bandwidth and low latency.

6. NetXtreme E-Series
   These chips are used in servers and storage systems. They make ethernet faster and take work off the CPU.

7. BCM5720
   This chip works in enterprise desktops and entry-level servers. It gives steady ethernet for daily network needs.

8. BCM5719
   You find this chip in network cards with many ports. It supports efficient network asics for business networks.

9. BCM57416
   This chip brings high speed ethernet asics to new servers. It supports advanced features like RDMA for quicker data movement.

10. BCM57810S
    This chip is used for dual-port 10GbE connections. It helps boost network throughput in storage and server uses.

These chips are popular because they give high performance, flexibility, and support for many network asics. You can pick the best chip for your network if you need speed, reliability, or advanced features.

Broadcom Strata DNX

Overview

Broadcom Strata DNX chips are in big routers and switches. These chips help move data fast and keep networks steady. Strata DNX chips are special because they have high forwarding power and smart packet processing. You can count on these chips for strong speed and flexible features.

Features

Strata DNX chips have great technical specs. The table below shows what makes them stand out:

Feature	Description
Forwarding Capacity	Up to 800 Gbps per device
Packet Processor	Advanced, flexible, and configurable
Traffic Management	Integrated hierarchical traffic manager supporting thousands of flows
External Packet Buffer Memory	Supports DDR4 or GDDR5 DRAM, offering up to 300x more traffic buffering
Ethernet Port Interfaces	Supports 10 GE, 25 GE, 40 GE, 50 GE, 100 GE, and 200G-400G Interlaken
Network Timing	IEEE 1588 network timing engine

These chips have deep buffers and many port choices. They support lots of speeds, so you can use them in different places.

Applications

Strata DNX chips are used in many ways. Here are some common uses:

• Fast packet processing

• Built-in traffic management with layers

• Better buffer management for outside packet buffers

• Smart packet processing with tables that can grow

• Handling busy networks with deep buffers

• Helping cloud builders and hyperscalers connect things

• Making datacenter links and deep packet switching easier

• Connecting datacenter halls with GPUs and XPUs

• Supporting clusters with up to 1 million compute engines

• Boosting datacenter interconnect capacity

You can make networks that move a lot of data. These chips help connect many devices and keep data moving well.

Popularity

Lots of network engineers and system integrators pick Broadcom Strata DNX chips. The table below shows why:

Factor	Description
System Integration	Ability to work together to build larger systems supporting more ports
Off-chip Table and Buffer Space	Can handle off-chip table and buffer space, allowing for 1M+ table space
Market Presence	Established presence and continuous improvement in chipsets like Tomahawks

These chips are reliable and work in big systems. Broadcom keeps making them better, so you get new features. You can trust Strata DNX chips for strong speed and flexible choices for your network.

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Broadcom Tomahawk 6 Ethernet Chip

Overview

The Broadcom Tomahawk 6 chip is used in some of the fastest network devices today. It is made for AI-scale networking and can handle huge amounts of data easily. You will find it in cloud data centers where speed and efficiency are very important. This chip works with both scale-out and scale-up network designs. That makes it good for different AI tasks. It also works well with co-packaged optics, which helps save power and lower delay. If you need a chip that meets modern AI needs, Tomahawk 6 is a great choice.

Features

Tomahawk 6 chips have many special features that make them better than older versions:

• Supports up to 1,024 100G SerDes lanes for very large data flow

• Uses Cognitive Routing 2.0 to manage traffic and adjust to network changes

• Has co-packaged optics to reduce power use and delay

• Includes advanced telemetry and dynamic congestion control for smooth data

• Works with many network layouts, giving you more options

• Can handle clusters from 100,000 to one million XPUs, perfect for AI-scale use

These features help you run big AI tasks like training and inference with high speed and reliability.

Applications

You will mostly find Broadcom Tomahawk 6 chips in:

• AI data centers that need high network use and strong performance

• Large AI tasks like machine learning training and inference

• Scale-up and scale-out networks that need flexible, fast solutions

• Places where low delay and power saving are very important

This chip fits well where fast, steady ethernet supports tough AI jobs and big data moves.

Popularity

Broadcom Tomahawk 6 chips are popular because they meet growing AI and cloud network needs. Network users like how the chip handles large data flow while keeping delay low. The support for co-packaged optics and smart routing makes it ready for the future. Many big data centers and hyperscalers use this chip for their AI work. If you want a chip with speed, flexibility, and new ideas, Tomahawk 6 is a top pick.

Broadcom Jericho Series

Overview

You can count on Broadcom Jericho Series chips for big networks. These chips help build strong routers and switches. They work well in carrier-grade and data center places. Jericho Series chips have deep buffers, flexible ports, and advanced security. You can use them at many speeds in different spots. Broadcom made this chip to handle hard jobs and keep data moving fast.

Features

Jericho Series chips have new designs that make them special. They help manage large networks and keep things running quickly:

• Jericho4 can use up to 36,000 HyperPorts at 3.2 Tb/s each.

• Deep buffers use High Bandwidth Memory to stop packet loss during traffic bursts.

• Security features like MACsec give link-level encryption without slowing down.

• Flexible ports work at terabit speeds, so you can use them in many ways.

• Distributed support lets you use RoCE over 100 km to connect clusters.

• Carrier-grade features include Ethernet OAM, MPLS, and layered traffic management.

These features help networks stay fast and safe, even when busy.

Applications

You can use Jericho Series chips in many network jobs. The table below shows where they work best:

Networking Scenario	Description
Spine	Backbone for data centers
Aggregation	Collects and sends data from many sources
Storage	Connects storage systems to networks
DCI	Links multiple data centers

These chips help connect storage, build strong spines, and link data centers. You get steady performance and high speed in each job.

Popularity

Jericho Series chips are getting more popular because they save money, give high speed, and use less power. The table below shows how Jericho2 changes things:

Evidence Description
Jericho2 is ready to challenge the need for more OEM-ASIC development.
Jericho2 helps move to merchant silicon systems with better cost and performance.
Jericho2 gives a money-saving, high-speed, and low-power choice for routers.

You can trust Broadcom Jericho chips for strong performance and efficient networks. Many engineers pick these chips for their flexibility and reliability.

Broadcom StrataXGS Tomahawk

Overview

Broadcom StrataXGS Tomahawk chips are in many fast data centers. These chips help move lots of data very quickly. They keep networks working well and without problems. Broadcom made this chip to be fast and use little power. You can count on it for speed and saving energy. Many companies pick this chip for strong ethernet in cloud and AI work.

Features

StrataXGS Tomahawk chips use advanced technology to stand out. They give you fast switching and smart network tools. The table below shows the main features that make these chips popular:

Feature	Description
High-speed switching	The StrataXGS Tomahawk 5 offers 51.2 Tbps throughput, doubling the bandwidth of competitors.
Low power consumption	Operates under 1W per 100Gbps, a significant reduction from earlier generations.
Advanced buffering	Enhances packet burst absorption, crucial for AI/ML applications.
Cognitive routing	Improves data flow and efficiency in network management.
Dynamic load balancing	Optimizes resource allocation across the network.
End-to-end congestion control	Ensures smooth data transmission without bottlenecks.
High radix and bandwidth	Supports high-density connections, essential for AI infrastructure scalability.
Integration with Co-Packaged Optics	Enhances communication capabilities, crucial for high-bandwidth applications.

These chips bring both speed and smart features to your network.

Applications

You will find StrataXGS Tomahawk chips where fast data is important. Big companies like Microsoft Azure, Baidu, Bloomberg LP, Tencent, and VMware use these chips. They use them to power their data centers. You can use this chip for building cloud data centers, helping AI and machine learning, growing server and storage networks, and making large software-defined data centers. These chips help you handle big jobs and keep systems running fast.

Popularity

StrataXGS Tomahawk chips are a top pick for huge data centers. You get up to 64 ports of 100GE or 128 ports of 40GE/50GE. The chip works at 6.4 Terabits per second. It uses 16nm technology and has 256 serdes at over 25 Gbps. You also get big forwarding tables and strong packet buffer memory. Since October 2016, this chip has helped many groups get more bandwidth and better performance. You can trust it to work well in busy places.

Broadcom Tomahawk 4

Overview

Broadcom Tomahawk 4 chips are in many huge data centers. These chips help move lots of data very fast. They keep systems working well and without problems. Tomahawk 4 brings more speed and power to networks. This chip can handle up to 25.6 terabits per second. That means it can manage more traffic than before. You can trust these chips for cloud, AI, and business needs.

Features

Tomahawk 4 chips have many features that make networks better:

• Moves data at 25.6 Tbps for fast switching.

• Supports 64 ports of 400GbE or 256 ports of 100GbE.

• Uses 7nm technology to save energy.

• Has advanced telemetry for real-time checks.

• Deep packet buffers help with busy traffic times.

• Flexible port speeds fit different network setups.

These chips help you build networks that can grow as you need.

Applications

Tomahawk 4 chips work well where speed and reliability are important. You can use them in:

• Cloud data centers that move lots of data every second.

• AI and machine learning clusters that need fast links.

• Big business networks with many users and devices.

• Service provider networks that give fast internet to people.

These chips help keep systems running well, even when traffic is high.

Popularity

Many big companies use Broadcom Tomahawk 4 chips in their networks. Here are some examples:

• Alibaba Cloud uses Tomahawk 4 for faster ethernet.

• Google Cloud works with Broadcom to grow data centers.

• Microsoft Azure uses Tomahawk 4 for big network jobs.

• Tencent likes Tomahawk 4 for its high bandwidth.

• Uber uses these chips for top network performance.

• Dell EMC, Juniper Networks, and Arista Networks say the chip is powerful and efficient.

You can trust Tomahawk 4 chips to support the world’s fastest networks.

Broadcom NetXtreme E-Series

Overview

Broadcom NetXtreme E-Series chips give fast ethernet for servers and storage. These chips help your network work better and make the CPU do less work. You find them in businesses where quick and steady data transfer is important. NetXtreme E-Series chips have many port options and use advanced PCIe to move data faster. If you want your network to be quicker and more efficient, these chips are a good pick.

Features

The NetXtreme E-Series has different models for different speeds and port numbers. The table below shows the main features of some popular Broadcom chips in this group:

Speed	PCIe	Interface	Device	Description
Quad-Port 25 Gb/s Ethernet	Gen4 x16	SFP28	Broadcom BCM57504	100G Gb/s MAC controller
Single-Port 100 Gb/s Ethernet	Gen4 x16	QSFP56	Broadcom BCM57504	100 Gb/s MAC controller
Dual-Port 100 Gb/s Ethernet	Gen4 x16	QSFP56	Broadcom BCM57508	200 Gb/s MAC controller
Quad-Port 25 Gb/s Ethernet	Gen5 x16	SFP28	Broadcom BCM57608	400 Gb/s MAC controller (BCM957608-N425GP00 NIC)

These chips use the newest PCIe Gen4 and Gen5, so data moves faster. They use SFP28 and QSFP56 for easy connections. The MAC controllers inside help move lots of data and keep the network running well.

Applications

You can use NetXtreme E-Series chips in many business networks, like:

• Turning on SR-IOV in BIOS or UEFI and device settings

• Using SR-IOV with virtual machines on Linux with libvirt

• Using SR-IOV in VMware for better virtual machine networking

• Helping ARM-based SR-IOV setups

These uses help you make virtualization better and share network resources. The chips also lower CPU use, so your computer can do other jobs.

Popularity

Broadcom NetXtreme E-Series chips are used by many companies. Broadcom made $2.85 billion from these chips and got 16% of the market. Over 7 million NetXtreme E-Series chips were sold, showing they are trusted by many businesses. People like these chips because they are fast, flexible, and work with new network standards. If you need ethernet chips that can handle tough jobs, NetXtreme E-Series is a strong choice.

Company	Revenue (in billion)	Market Share (%)	Product Line	Sales Figure (in million)
Broadcom	2.85	16.00	NetXtreme E	7.20

💡 Tip: When picking a Broadcom chip, check the port speed and PCIe type. This helps you match your server and storage needs.

Broadcom BCM5720 Ethernet Chip

Overview

The Broadcom BCM5720 chip is in many business computers and servers. It helps you get a strong network for your daily tasks. This chip supports gigabit speeds. It works well in both small and big setups. Many companies use this chip because it is steady and fits many systems. You can use it in desktops, workstations, and entry-level servers.

Features

The BCM5720 chip has important features for your network. It lets you connect to two networks at once with dual ports. The chip uses PCI Express, so data moves fast between your computer and the network. It has power-saving options to help lower energy use. You can control your system from far away, even when it is off. The chip works with many operating systems, so setup is easy.

• Dual-port gigabit lets you connect to two networks

• PCI Express helps move data quickly

• Power management saves energy

• Remote management lets you control your system easily

• Works with many operating systems

Applications

You can use the BCM5720 chip in many places. It works in office computers, business desktops, and entry-level servers. IT teams use these chips to build networks that need to be fast and steady. You might see them in schools, hospitals, and small businesses. The chip helps you share files, print, and get on the internet without trouble. It also lets you run more than one system on one machine with virtualization.

Popularity

Many companies pick the Broadcom BCM5720 chip for their networks. You get fast data on all ports, so nothing slows down. The chip works with VMware NetQueue and Microsoft VMQ for virtual machines. It also gives you accurate time with IEEE 1588 and IEEE 802.1AS. This makes it a good choice for business networks that need speed and accuracy.

Feature	Description
Throughput	Fast data on all ports
I/O Virtualization	Works with VMware NetQueue and Microsoft VMQ
Time Synchronization	Gives accurate time with IEEE 1588 or IEEE 802.1AS

💡 Tip: If you want a chip that is steady and works in many systems, the BCM5720 is a smart choice for your business.

Broadcom BCM5719

Overview

The Broadcom BCM5719 is used in many business and enterprise systems. It has four gigabit ports to connect more devices at the same time. Broadcom made this chip for steady performance and easy use in small or large setups. You can trust it to keep your data moving fast and safe. Its low-profile design fits well in small servers and tight spaces.

Features

The BCM5719 is special because it offers strong features for business networks. It gives reliable data transfer and smart management tools. Here are some main features:

• Four 1GB ports for steady and quick connections

• Quad-port 10/100/1000 Mb/s adapter that supports IEEE 802.3ab standard

• Low-profile and small size to fit many server types

• Offload tech like Large Send and TCP segmentation to boost speed

• Advanced network management for busy data traffic

• Protocol offloads to help run more virtual machines

• Top performance and scalability per watt

These features help you build a network that works well and saves power.

Applications

You can use BCM5719 chips in many places. They work well in data centers needing fast, multi-port connections. Cloud platforms use these chips for strong and steady solutions. You will also find them in enterprise networks, server motherboards, and network devices. Telecom gear and embedded computing platforms also use this chip for multi-port support.

💡 Tip: If you want to upgrade your server or build a new system, BCM5719 chips give you flexibility and strong performance.

Popularity

Many IT teams pick Broadcom BCM5719 chips because they offer steady network performance. These chips help reduce server needs and handle more data center demands. The small size makes them easy to install in different systems. You get efficient resource use, so you can support more virtual machines and users without slowing down.

Feature	Benefit
Quad-port design	Connect more devices at once
Low power use	Save energy and lower costs
Advanced management	Handle busy networks with ease
Scalability	Grow your network as your needs change

You can count on these chips for business growth and smooth network work.

Broadcom BCM57416

Overview

You see Broadcom BCM57416 chips in many new servers. These chips help you get fast and reliable connections. The chip supports high-speed links and advanced features. You can trust it to keep your data moving quickly. Broadcom designed this chip for modern business needs. It works well in places where speed and efficiency matter.

Features

BCM57416 chips bring important features to your system. You get dual-port 10GbE support, which means you can connect two devices at high speed. The chip uses PCIe Gen3, so data moves fast between your server and the network. You also get advanced offload features that help your CPU work less. The chip supports RDMA, which lets you move data with low delay. You can use this chip with many operating systems.

Feature	Description
Dual-port 10GbE	Connect two devices at 10Gbps each
PCIe Gen3	Fast data transfer between server and chips
RDMA support	Low-latency data movement
Advanced offloads	CPU does less work
OS compatibility	Works with Windows, Linux, VMware

💡 Tip: RDMA helps you move data faster and lowers delay in busy systems.

Applications

You use BCM57416 chips in servers that need high-speed connections. These chips help you build storage systems that move lots of data. You can use them in cloud platforms, business networks, and virtual machines. The chip works well in places where you need steady performance. You also see it in data centers that run many applications at once.

• Servers for business and cloud

• Storage systems with fast data movement

• Virtual machines needing strong connections

• Data centers with many users

Popularity

Many companies pick Broadcom BCM57416 chips for their new servers. You get reliable performance and advanced features. The chip supports modern standards, so you can use it in different setups. IT teams like how the chip helps lower CPU use and boosts speed. You see these chips in popular server brands. Broadcom keeps improving the chip to meet new demands.

✅ If you want a chip that gives you speed, flexibility, and strong performance, BCM57416 is a smart choice.

Broadcom BCM57810S

Overview

The Broadcom BCM57810S chip gives you fast dual-port 10 Gigabit Ethernet connections. You will find this chip in servers and storage systems that need quick and steady data transfer. Broadcom made this chip to boost network speed while lowering CPU work. It has smart features that help handle heavy workloads easily. This chip works best where speed and efficiency are very important.

Features

This chip has many important features that improve your network:

• Two 10GbE ports for fast, at the same time connections

• PCI Express Gen3 interface for quick data transfer between chip and system

• Supports RDMA (Remote Direct Memory Access) to cut delay and CPU use

• Advanced offload features that take care of network tasks, freeing your CPU

• Works with many operating systems like Windows and Linux

Feature	Benefit
Dual 10GbE Ports	Connect two devices at high speed
PCIe Gen3 Interface	Fast communication with your server
RDMA Support	Low delay and efficient data movement
Offload Capabilities	Cuts down CPU workload
OS Compatibility	Works with popular operating systems

Applications

You can use the BCM57810S chip in many network setups. It fits well in:

• Servers needing fast and steady Ethernet connections

• Storage systems moving large data quickly

• Virtualized setups where CPU efficiency matters

• Data centers needing reliable and fast networking

This chip helps build networks that handle heavy traffic without slowing down. It supports modern data center needs and keeps systems running well.

Popularity

Many IT experts pick like the BCM57810S for their trustworthiness and speed. This chip is popular because it balances speed with power saving. Companies trust Broadcom to make chips that meet tough network needs. The BCM57810S is well-liked in enterprise and cloud settings due to its smart features and strong support. If you want a chip that speeds up your network and lowers CPU work, this Broadcom chip is a good choice.

💡 Tip: When upgrading your server’s network, think about chips like the BCM57810S to boost speed and cut delay.

Ethernet Chips Comparison Table

You need to pick the right Broadcom chip for your network. The table below shows the main specs, bandwidth, and special features of the top 10 Broadcom Ethernet chips. This makes it easy to see what each chip does best.

Chip Name	Max Bandwidth	Key Features	Target Applications
Strata DNX	Up to 800 Gbps	Advanced packet processing, deep buffers	Large routers, hyperscale data centers
Tomahawk 6	12.8 Tbps	1,024 SerDes lanes, co-packaged optics	AI data centers, cloud networks
Jericho Series	Up to 3.2 Tbps per port	Deep buffers, MACsec security	Carrier-grade switches, DCI
StrataXGS Tomahawk	51.2 Tbps	Low power, cognitive routing	Cloud data centers, AI workloads
Tomahawk 4	25.6 Tbps	7nm tech, advanced telemetry	Hyperscale data centers
NetXtreme E-Series	Up to 400 Gb/s	PCIe Gen4/5, virtualization offloads	Servers, storage systems
BCM5720	2 x 1 Gbps	Dual-port gigabit, power management	Enterprise desktops, entry servers
BCM5719	4 x 1 Gbps	Quad-port, low-profile design	Business networks, small servers
BCM57416	2 x 10 Gbps	RDMA support, advanced offloads	Modern servers, storage
BCM57810S	2 x 10 Gbps	RDMA, CPU offload features	Servers, storage, virtualization

Broadcom’s Ethernet chips like Jericho, Trident, and Tomahawk are not all the same. Jericho chips have deep buffers but less total bandwidth than Trident and Tomahawk. Trident and Tomahawk are better for edge and main network jobs in data centers. This means Jericho is used for core network work, while Trident and Tomahawk are picked for high-speed jobs.

You can see that chips like Tomahawk 6 and StrataXGS Tomahawk give very high bandwidth and smart features for AI and cloud data centers. Jericho chips are made for deep buffering and security, so they are good for carrier-grade networks. NetXtreme E-Series and BCM chips are best for servers and business networks because they help with virtualization and offloading.

💡 Tip: Choose a chip with the right bandwidth and features for your network size and type of work. Big data centers need high-bandwidth chips. Multi-port gigabit chips are better for business desktops and small servers.

Knowing these differences helps you choose the best Broadcom chip for your network. If you need fast data, smart packet handling, or good virtualization, this table will help you decide.

You have learned about the top 10 Broadcom chips used in many networks today. Each chip has special strengths, like handling data fast or processing packets smartly. The Tomahawk series is the most flexible and popular chip. It is used a lot in cloud and AI data centers because it is fast and adaptable. When you pick a Broadcom chip, think about your network size, how well it needs to perform, and future growth. Choosing the right chip helps you create a fast and reliable ethernet network that works well now and in the future.

 

 

 

 

 

Written by Jack Elliott from AIChipLink.

 

AIChipLink, one of the fastest-growing global independent electronic   components distributors in the world, offers millions of products from thousands of manufacturers, and many of our in-stock parts is available to ship same day.

 

We mainly source and distribute integrated circuit (IC) products of brands such as Broadcom, Microchip, Texas Instruments, Infineon, NXP, Analog Devices, Qualcomm, Intel, etc., which are widely used in communication & network, telecom, industrial control, new energy and automotive electronics. 

 

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