Definitions

“3G”

means Third Generation, the global mobile communications term that denotes technologies enabling fast internet access on mobile devices;

“4G” and "4.5G"

means Fourth Generation and Fourth and a Half Generation, the global mobile communications term that denotes technologies enabling faster and more reliable internet access than with 3G on mobile devices;

“5G” 

means the Fifth Generation of Wireless connectivity, based on carrier-grade outdoor Wi-Fi technology, as well as upcoming mobile access on milimeter wavelength radiofrequency;

“ADSL 2+”

means a faster version of Assymetric Digital Subscriber Line technology, which enables data transmission over telephone lines;

“Angie”

means the Company;

“Company”

means Angie Communications International B.V. 

“FiberBroadband Strategy”

means the proprietary business and solutions model developed by Angie Communications International B.V.;

“FTTP”

means Fiber To The Premises, also known as Fiber To The Home (FTTH) and Fiber To The Office;

“Gbps”

means Gigabit(s) per second;

“ISP”

means Internet Service Provider;

“Intellectual Property”

means all plans, products, patents, processes, documents, analyses, and other such intangible assets that is exclusively owned or used by a certain legal entity or person;

“LTE”

means Long Term Evolution, a 4G mobile broadband technology, adopted as the world standard in mobile communications;

“Mbps”

means Megabits per second, equal to 1,000 Kilobits per second;

“MB/WA”

“mmWave”

means Mobile Broadband/ Wireless Access;

means millimeter wavelength spectrum and technology;

“MoU”

means Memorandum of Understanding;

“Next-Generation”

means the (more advanced) technology that comes after the presently adopted and deployed technology standard;

“Team”

means the entire Angie Team, including executives, supervisory board and advisory board;

“Wi-Fi”

means Wireless Fidelity, the term used for local area networks (LANs), created in malls, campuses, homes, offices, and buildings or certain locations, based on 802.11x technology;