Co-exists with 4G, 5G powers the future, the opportunity comes from the industry’s private networks
Private 5G is moving beyond its roots of critical communications into the most remote and challenging verticals, like oil and mining, and are continuing to grow. New sectors and verticals gained importance, such as ports, logistics/warehouses, construction and defense. The private 4G to 5G transition started to accelerate with the greater availability of 5G radios, standalone cores, and suitable devices like video cameras and handhelds.
There are three typical application scenarios for 5G: eMBB (enhanced Mobile BroadBand), mMTC (Massive Machine Type Communication) and uRLLC (Ultra-Reliable Low Latency Communication). Among them, eMBB is an upgraded version of the current 4G technology with stronger performance in terms of traffic and bandwidth to support higher and faster content transmission and processing. mMTC and uRLLC are the two scenarios that embody the greater appeal of 5G, meaning that 5G targets more industrial applications and adapts to the requirements of vertical industry scenarios for ubiquitous interconnection and high reliability performance.
Key Benefits of MEC’s 4G/5G Compact Packet Core
Comact sizes, virtualization and containerization, deployable for both public or private cloud platforms
Full standard network elements and open interfaces, providing full-featured functions and supporting docking of third-party devices
Various models and specifications, high affordability for enterprise businesses
We can provide custom development services to meet customers’ individual needs
Industrial Switches & Access Routers
As industries keep evolving to become more resilient, it is causing network infrastructure to become more complex. Even with these changes, it is essential that network devices retain their reliability, including industrial unmanaged switches.
Mining, Oii & Gas in Australia are harsh and complicated businesses. Prospective projects in production fields need to be articulated, discussed and managed throughout each stage of their life cycle. IES series switches are able to offer robust and reliable performance with both managed or unmanaged products.
Together with smart substation automation, electrical, instrumentation and control technologies, IES Series switches can help power utility customers on the digital transformation by providing a safe, reliable, and secure OT environment in the water, renewable energy and power energy sectors.
IES Series switches are capable of providing industrial grade networking functionalities to the ITS (Intelligent Transport System) and Rail market to support the digitalization of communication system while industrial Ethernet switches are also key components for railway safety compliance and public transport security.
Optical Transceivers
Optical transceivers are used in most industries, and they are of utmost importance in telecom applications due to their ability to transport high levels of data over a network. Particularly, a range of optical transceivers with high performance and reliability but at lower power consumption are ideal for harsh environments in order to enable a wide variety of applications for lower cost and long life span. MEC products provide spacious solutions, faster transmission and lower data loss. Our fiber optics are made from drawn glass, offering a flexible and lightweight design. Additionally, since they are non-metal, fiber optics are immune to electromagnetic interference and electrical noise in the environment.
MEC OEM and supplies Australian clients comprehensive and cost-effective product portfolios that range from 155M to 40G and up to 400G data rate, including CWDM/DWDM Solutions, GBIC and Copper SFP , BiDi SFP, 10G SFP+, 40G QSFP+, 25G SFP28, 100G QSFP28, 200G QSFP56 DD, 400G QSFP DD Transponders.