"Legal provisions regarding the use of RLAN in the 2.4 GHz and the 5 GHz band," Belgisch Instituut voor postdiensten en telecommunicatie/Institut Belge des services postaux et des télécommunications (BIPT/IBPT), 10 December 2002, texts in Flemish/Dutch or French: no license needed unless service is offered to the general public. After Belgium implements EU directives, public network service providers must "declare" themselves to the regulator in lieu of a license.
Approval News, June 2005: "The Radio interface B3 (V1.1) was published in the Belgian Official [Journal] on 7th January, 2005, so the band 5470-5725 MHz is now allowed for 802.11a devices (indoor and outdoor use)..."
Pages 28070-28132 in Moniteur Belge/Belgisch Staatsblad (20.06.2005) contain the new law on electronic communications (text in French and Flemish), which came into effect on 30 June 2005, transposing the EU directives. Chapter 2 deals with radio frequencies. According to Yves Blondeel, Article 19 of the new law "opens possibilities for frequency trading, and even some potential frequency liberalisation (change of use, insofar as the band is not harmonised)..."
"Telenet to provide Wi-Fi at electric car charging stations,"Telecom Paper, 8 August 2011: "Belgian cable operator Telenet will provide Wi-Fi hotspots at public charging stations for electric cars. Initially, 70 charging stations with internet access will be installed in Flanders... With a high amperage, partially recharging a car will take from 15 minutes to a half hour, with the owner able to use Wi-Fi in the meantime. The Flemish government is subsidizing the project..."
"When open access isn't an option," by Joanne Taaffe, Total Telecom, 30 March 2007: "The region of Flanders is investing several million euros in a trial project called iCity, a location-based mobile service run on a dense WiFi network in the town of Hasselt... The iCity software platform was developed initially by local students, but the project has since received technology investment from a number of large software and hardware companies, including Microsoft and Siemens. The trial in Hasselt provides local, location-based information on a simple to use, but very graphical, interface over a WiFi network of approximately 200 antennas in the heart of the town, a one square kilometer area. The local government invested €2.33 million in the project in 2006 and intends to spend a maximum of €4 million this year. The aim of the project, however, is not to build a municipal WiFi network, but to stimulate service providers to come up with creative alternatives. 'We have to be provocative. Mobile operators are investing in UMTS, so they are not too happy with governments investing in another technology. But we haven't invested in WiFi [instead] we want a beauty contest,' said Dewaele. 'It's not... about WiFi.'..."
Reseau Citoyen (Citizen Network). Experiments in - and news about - low-cost user-owned wireless networks (website in Dutch, French and English).
"Spanish WiFi startup expands into Belgium," by Cyrus Farivar, Deutsche Welle, 28 June 2011: "On Tuesday, the community WiFi network company, Fon, announced it would be joining forces with the largest telecommunications company in Belgium, Belgacom. Fon, which was founded by a Spanish entrepreneur in 2006, sells customized WiFi access points and routers that make it easy for members to sell or share their wireless Internet connection. If a user makes her network freely available, then she will have access to all other Fon access points around the globe. 'Belgacom will create the largest WiFi community in Belgium,' said Didier Bellens, Belgacom's president and CEO, in a statement. Under the terms of the new agreement between Fon and Belgacom, all Belgacom customers would gain access to Fon's four million hotspots around the globe. Belgacom said that it would make Fon available on its network by the end of the year... In recent years, the Spanish startup had struck similar deals with other major European telecom providers, including E-Plus in Germany, BT in the United Kingdom, MTS-Comstar in Russia, SFR in France, and ZON Cable in Portugal. Puregger described it as a 'revenue-sharing' model, saying that no money has changed hands..."
"Europeans get the morning news on e-paper,"New York Times Paris Bureau (via Taipei Times), 25 April 2006: "This month, De Tijd, a Belgian financial newspaper, started testing versions of electronic paper, a device with low-power digital screens embedded with digital ink -- millions of microscopic capsules the width of a human hair made with organic material that display light or dark images in response to electrical charges. This marks only one test of new e-paper devices competing to become the iPod of the newspaper business. Other e-paper trials are being undertaken by the paper Les Echos, which is based in Paris, by the newspaper trade group IFRA in Germany and, in the US, by the New York Times... The devices used by De Tijd, called the iLiad E-reader, are made by iRex Technologies, a spinoff of Royal Philips Electronics... The devices weigh about 365g (light enough to be held in one hand while reading) and can be updated in Wi-Fi hot spots..."
HotSpots Vinden - Google Maps show hotspots in Belgium, the Netherlands and Luxembourg - over 5000 of them (as of March 2007).
"IMEC realized a cost-efficient fully reconfigurable software-defined radio transceiver IC," Interuniversity MicroElectronics Center press release, 12 February 2007: "IMEC's wideband software-defined radio (SDR) transceiver, named SCALDIO, is widely programmable to operate with all current and future cellular, WLAN, WPAN, broadcast and positioning standards in the frequency range between... 174MHz and 6GHz. The unique architecture of the multi-mode SDR transceiver has a power consumption and CMOS chip area comparable to current state-of-the-art single mode radios thereby fitting the performance, power and cost requirements for integration into next-generation mass volume mobile devices..."
"IMEC shows first ultra wideband ZigBee chip," by Steve Bush, Electronics Weekly, 21 February 2007: "Belgian semiconductor research organisation IMEC has revealed a 90nm CMOS transmitter for ZigBee over UWB. 'The digital transmitter is the first ever published IEEE 802.15.4a-compliant transmitter and out-performs state-of-the-art low-power narrowband transmitter implementations,' claimed IMEC. The transmitter covers all the frequency bands of the standard between 3 and 10GHz. 'It is especially suited for application in low-power wireless sensor networks,' said IMEC..."