Tag Archives: open networking switch

Bare Metal Switch vs White Box Switch vs Brite Box Switch: What Is the Difference?

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In the current age of increasingly dynamic IT environments, the traditional networking equipment model is being challenged. Organizations are seeking agility, customization, and scalability in their network infrastructures to deal with escalating data traffic demands and the shift towards cloud computing. This has paved the way for the emergence of bare metal switches, white box switches, and brite box switches. Let’s explore what these different types of networking switches mean, how they compare, and which might be the best choice for your business needs.

What Is Bare Metal Switch?

A bare metal switch is a hardware device devoid of any pre-installed networking operating system (NOS). With standard components and open interfaces, these switches offer a base platform that can be transformed with software to suit the specific needs of any network. The idea behind a bare metal switch is to separate networking hardware from software, thus providing the ultimate flexibility for users to curate their network behavior according to their specific requirements.

Bare metal switches are often seen in data center environments where organizations want more control over their network, and are capable of deploying, managing, and supporting their chosen software.

What Is White Box Switch?

A white box switch takes the concept of the bare metal switch a step further. These switches come as standardized network devices typically with pre-installed, albeit minimalistic, NOS that are usually based on open standards and can be replaced or customized as needed. Users can add on or strip back functionalities to match their specific requirements, offering the ability to craft highly tailored networking environments.

The term “white box” suggests these devices come from Original Design Manufacturers (ODMs) that produce the underlying hardware for numerous brands. These are then sold either directly through the ODM or via third-party vendors without any brand-specific features or markup.

Bare Metal Switch vs White Box Switch

While Bare Metal and White Box Switches are frequently used interchangeably, distinctions lie in their offerings and use cases. Bare Metal Switches prioritize hardware, leaving software choices entirely in the hands of the end-user. In contrast, White Box Switches lean towards a complete solution—hardware potentially coupled with basic software, providing a foundation which can be extensively customized or used out-of-the-box with the provided NOS. The choice between the two hinges on the level of control an IT department wants over its networking software coupled with the necessity of precise hardware specifications.

What is Brite Box Switch?

Brite Box Switches serve as a bridge between the traditional and the modern, between proprietary and open networking. In essence, Brite box switches are white box solutions delivered by established networking brands. They provide the lower-cost hardware of a white box solution but with the added benefit of the brand’s software, support, and ecosystem. For businesses that are hesitant about delving into a purely open environment due to perceived risks or support concerns, brite boxes present a middling ground.

Brite box solutions tend to be best suited to enterprises that prefer the backing of big vendor support without giving up the cost and flexibility advantages offered by white and bare metal alternatives.

Comparison Between Bare Metal Switch, White Box Switch and Brite Box Switch

Here is a comparative look at the characteristics of Bare Metal Switches, White Box Switches, and Brite Box Switches:

FeatureBare Metal SwitchWhite Box SwitchBrite Box Switch
DefinitionHardware sold without a pre-installed OSStandardized hardware with optional NOSBrand-labeled white box hardware with vendor support
Operating SystemNo OS; user installs their choiceOptional pre-installed open NOSPre-installed open NOS, often with vendor branding
Hardware ConfigurationStandard open hardware from ODMs; users can customize configurations.Standard open hardware from ODMs with added flexibility of configurations.Standard open hardware, sometimes with added specifications from the vendor.
CostLower due to no licensing for OSGenerally lowest cost optionHigher than white box, but less than proprietary
Flexibility & ControlHighHighModerate
IntegrationRequires skilled IT to integrateIdeal for highly customized environmentsEasier; typically integrates with vendor ecosystem
Reliability/SupportRelies on third-party NOS supportSelf-supportVendor-provided support services
Bare Metal Switch vs White Box Switch vs Brite Box Switch

When choosing the right networking switch, it’s vital to consider the specific needs, technical expertise, and strategic goals of your organization. Bare metal switches cater to those who want full control and have the capacity to handle their own support and software management. White box switches offer a balance between cost-effectiveness and ease of deployment. In contrast, brite box switches serve businesses looking for trusted vendor support with a tinge of openness found in white box solutions.

Leading Provider of Open Networking Infrastructure Solutions

FS (www.fs.com) is a global provider of ICT network products and solutions, serving data centers, enterprises, and telecom networks around the world. At present, FS offers open network switches compatible with PicOS®, ranging from 1G to 400G, customers can procure the PicOS®, PicOS-V, and the AmpCon™, along with comprehensive service support, through FS. Their commitment to customer-driven solutions aligns well with the ethos of open networking, making them a trusted partner for enterprises stepping into the future of open infrastructure.

Cost Comparison of 10G Leaf Switch and 40G Spine Switch

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The growth of network users and the virtualized and automated trend in network have called for a great change in the macro network infrastructure. The “old” three-tier network architecture, namely core, aggregation and access, is quickly proved to be inefficient in modern complicated network environment. So what’s next to replace the outdated frame? After my research, the best I currently find is the flatter leaf-spine network architecture, which surpasses the traditional one with improved switch capacity and much lower latency. This blog will give the cost comparison of 10G leaf switch and 40G spine switch.

three-tier network is outdated

In order to help buying a suitable network switch when scaling the efficient leaf-spine architecture, I will compare some different brands’ 10G leaf switch (48*10G SFP+ and 6*40G QSFP+) and 40G spine switch (32*40G QSFP+) in this post. It should be noted that each 10gb switch and 40gb switch price shown below is based on my own research, and I cannot promise that you can get one at the same price, since there are cases of discount, charged shipping, or tax. But you can take it as a reference. And welcome to add new information or to correct mistakes.

10G Leaf Switch (48*10G SFP+ and 6*40G QSFP+), switch capacity being 1.44Tbps.

Brand Model CPU ASIC NOS Online Base Price (US$)
Edge-Core AS5812-54X X86-64 Broadcom Trident2 Cumulus Linux $4,438.07 ~ $4,889.75
Agema AG7648 X86-64 Broadcom Trident2 Agema OS & OcNOSTM $5,995.00
Cisco Nexus 9372PX X86-64 Broadcom Trident2 Cisco Internetwork Operating System (IOS) $9,505.00 ~ $21,318.16
Dell S4048-ON X86-64 Broadcom Trident2 Cumulus Linux $2,250.00 ~ $2,850.00
Juniper QFX5100-48S X86-64 Broadcom Trident2 Juniper Operating System (JunOS) $24,299.00 ~ $25,942.00
Brocade VDX 6740 X86-64 Broadcom Trident2 Brocade Fabric OS $16,815.82 ~ $19,369.99
HPE Altoline 6920 X86-64 Broadcom Trident2 HPE Comware $11,209.66 ~ $12,792.00
Huawei CE6851 X86-64 Broadcom Trident2 Huawei Operating System (OS) $6,379.95 ~ $11,238.08

40G spine switch (32*40G QSFP+), switch capacity being 2.56 Tbps.

Brand Model CPU ASIC NOS Online Base Price (US$)
Edge-Core AS6712-32X X86-64 Broadcom Trident2 Cumulus Linux $7,571.95 ~ $14,124.16
Agema AG8032 X86-64 Broadcom Trident2 Agema OS & OcNOSTM $8,495.00
Cisco Nexus 9332PQ X86-64 Broadcom Trident2 Cisco IOS $17,617.21 ~ $18,673.15
Dell S6000-ON X86-64 Broadcom Trident2 Cumulus Linux $ 29,476.80
Juniper QFX5100-24Q X86-64 Broadcom Trident2 JunOS $29,313.83 ~ $32,949.99
Brocade VDX 6940 X86-64 Broadcom Trident2 Brocade Fabric OS $21,546.46 ~ $24,036.81
HPE Altoline 6940 X86-64 Broadcom Trident2 HPE Comware $15,354.38 ~ $15,739.68
Huawei CE7850 X86-64 Broadcom Trident2 Huawei OS $13,737.60 ~ $23,000.00

These open networking leaf and spine switches are almost all adopting Broadcom Trident 2 chip and the Intel 64 processor, the major difference between them lies in the software. Some big brand switches deploy their own network operating system while some support licensed Cumulus Linux OS.

FS provides not only high performance 10G leaf switch (S9000-48S6Q, 48*10G SFP+ and 6*40G QSFP+) and 40G spine switch (S9000-32Q, 32*40G QSFP+) that have excellent Broadcom Trident 2 switching chip and licensed Cumulus Linux OS, and customers also enjoy the easiest addressing of both hardware and software problems. When you buy open networking switch at FS, you can also get certified optics and cables, and professional software support effortlessly and at low cost.

10G leaf switch

The base prices listed above do not include accessories like optics and fiber optic cables, or the software and hardware support cost. And only a few vendors I know can provide certified optics and cables, and expert software and hardware support at the same time. One-stop experience could only be found at vendors like Cumulus Networks (Cumulus Express service) and FS (Fiberstore). As you know that building a high performance networking is never only about switch, it would be better if simple and all-in-one approach could be provided in switch installation.