… ADSL equipment consumes 1–2 W/Subs; VDSL equipment roughly consumes 3–5 W/Subs.
VDSL equipment power consumption is slightly higher, although trends indicate this …

… Taken this into account, we obtained a power consumption of 1279.1W per base station
for mobile WiMAX and 1672.6W per macrocell base station for HSPA and LTE (Advanced). …

As Information and Communication Technology (ICT) is becoming more and more wide-spread
and pervasive in our daily life, it is important to get a realistic overview of the worldwide …

… For example, while an optical amplifier is taken to consume 0.5 W per channel in [3] (the
authors report 8 W per fiber, with a fiber carrying 16 channels), 1,000 W per channel is assumed …

… This is due to the fact that they assume relatively high per-user power consumption values
(9 W per modem plus an additional 9 W per router, with one router for every two modems). …

Green communication technologies currently receive a lot of attention. In this paper we give
an overview of the environmental issues related to communication technologies en present …

Objectives To evaluate the long-term cost-effectiveness of germline BRCA1 and BRCA2 (collectively
termed “BRCA”) testing in women with epithelial ovarian cancer, and testing for the …

… Figure 2 shows that the electrical power consumption Pel of the base station depends on
the range we want to reach and varies from 2822.0 W with a range of 57.3 m up to 2927.4 W …

… W, VDSL2 between 6.0 and 7.5 W, PtP optical between 5.6 and 7.1 W, and GPON home
devices between 7.7 and 9.7 W… of USB modems is estimated at 2.5 W. In applications where the …

… and client and network interface, we have approximately 100 W/Gbps, or an energy of 2.7 10
−5 … Willem Vereecken received his M.Sc. degree in electrotechnical engineering from Ghent …