Network Emulator Market

Global Network Emulator Market Size (2024 to 2029)

The global network emulators market will expand from USD 170 million in 2024 to USD 250 million in 2029 at a CAGR of 8% between 2024 and 2029.

Network emulation is a procedure for testing the performance of an application in real-time on a virtual network. Network emulation has been widely adopted by application developers, service providers, and enterprises to test the strength of their network products. The standard features like routing, modifiers, downgrades, and filtering are crucial elements of these emulators. The network plays a crucial role in companies' shift towards the cloud, mainly when heaps of data are shifted to different regions. In this scenario, the network emulator aids in assessing the overall network limitations like bandwidth restrictions and latency, which will impact the shift of information without any data loss or breach. Thus, the rapid migration towards the cloud is foreseen to promote network emulator business growth in the future.

Network emulators offer various network topologies and scenarios that help test IoT projects in a repeated and controlled way. Besides, network emulators are ideal for testing IoT platforms in real-time, calculating the effect of network bandwidth, latency, and packet loss on IoT performance, and foreseeing the influence of the IoT platform on a network (i.e., mobile, Wi-Fi, WAN, or satellite). Network emulators provide visibility into the impact of different network conditions on device performance, further contributing to faster full-scale IoT deployment.

Global Network Emulator Market Drivers:

Growing advancements on the Internet of Things drive the global demand for network emulators. Most linked technologies, such as autonomous vehicles, machine-to-machine communication devices, and various other internet-connected devices, are developing with the introduction of a robust network and high-speed internet services, as most applications run efficiently through wireless connectivity. Hence, the rise of advanced technology has accelerated the need to analyse network performance, driving the demand for network emulators.

The high commercial cost of satellite network bandwidth and associated resources (e.g., modems) has posed a significant challenge for performance validation and optimization of applications before launch. Satellites communicate on various wavebands, where high frequencies are adopted to communicate with geostationary satellites (GEO), while low frequencies are used for communicating with Low Earth Orbit (LEO) satellites. Also, network emulators offer developers and testers a virtual test network to test the impacts of satellite network conditions in a controlled environment. In January 2020, China launched the 5G Yinhe-1 commercial satellite into low earth orbit. In addition, Space Exploration Technologies Corp. launched 60 satellites into low Earth orbit into space in December 2019 and plans to launch around 60 per fortnight in 2020. This would help the company operate in the northern United States and Canada in 2020.

Global Network Emulator Market Restraints:

The surge in cyber-attacks, network breaches, and the need to reduce overall downtime are the major factors impeding the global network emulator market. However, longer lead times, extensive research and development (R&D) requirements for new network technologies, and the price sensitivity of emulators and network tests can limit market growth.

Impact of Covid-19 on network emulator market:

Due to the COVID-19 pandemic in several countries, most of the functions of these providers have been disrupted. This disrupted the companies' operations and affected the global supply network, negatively affecting the market. The market is expected to grow once countries recover from the COVID-19 outbreak.

REPORT COVERAGE:

This global network emulator market research report has been segmented and sub-segmented based on the testing type, application, and region.

Global Network Emulator Market - By Testing Type:

• Protocol Testing
• Signalling
• Functional Testing
• Others

Network emulators are powerful tools that can aid developers in effectively testing and characterizing network protocols and tools.

Global Network Emulator Market - By Application:

• SD-Wan
• Internet of Things
• Cloud
• Others

SD-WAN segment is expected to maintain the leading share in the network emulator market, owing to its wide application in enterprises and enterprises. It is expected to continue to dominate during the forecast period.

Global Network Emulator Market – By Region:

• North America
• Europe
• Asia Pacific
• Latin America
• Middle East and Africa

The Asia Pacific (APAC) has the fastest-growing economies in the world, and technology penetration in the region is high. APAC should see many growth opportunities in the years to come. The growing demand for network emulators, cloud-based and cloud-compatible, has also led to increased demand for network emulator solutions in the APAC region, leading to more investments and breakthroughs in technology in end-user verticals.

KEY MARKET PARTICIPANTS:

Companies playing a dominating role in the global network emulator market include Spirent Communications (US), Keysight Technologies (US), Apposite Technologies (US), Polaris Networks (US), PacketStorm Communications (US)), ITrinegy (New England), Aukua (United States), Calnex (United Kingdom), SolarWinds (United States), InterWorking Labs (United States), GigaNet Systems (United States), SCALABLE Network Technologies (United States), Valid8 (United States), Tetcos (India) and W2BI (United States).

RECENT HAPPENINGS IN THE MARKET:

• In January 2020, Keysight Technologies, Inc. introduced a 5G PROPSIM FS16 channel emulation that enables chipset and device manufacturers to verify MIMO and mass MIMO implementation on any new 5G radio frequency (NR) band. PROPSIM FS16 enabled customers to verify the performance of 5G radio (NR) devices, supporting ultra-wide bandwidths and multi-antenna configurations.
• In June 2019, Viavi Solutions Inc. launched the VIAVI TeraVM 5G trial solution, which is expected to support independent specifications (SA) according to the latest 3GPP standards and non-autonomous mode (NSA). The TeraVM solution assisted network device manufacturers, node developers, and service providers in effectively testing mobile RAN and building blocks.