587 results on '"Communications equipment -- Design and construction"'
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252. For Some, Good Cellphone Reception Comes at the Price of Peace of Mind
253. BRIEF: European co VectraWave uses TowerJazz tech in new circuit: VectraWave SA designs and provides RF integrated circuits and system in package devices for optical and microwave communication equipment providers
254. Investing in automation: carriers need to slash costs and get rid of waste and inefficiencies and to that end automation should be viewed as a key element of any strategy, according to Justin van der Lande of Granite Systems
255. Convergence vs. divergence: where is the technology heading? (Second Opinion)
256. Theoretical study of stability criteria for X-bracing systems
257. Advanced Photonix reveals 100G DP-QPSK design win with Chinese OEM
258. Gimme give! Bringing five 9s reliability to the IP network edge. (Network Edge)
259. Helping VoIP blast off: new IP systems will solve the peering problem. (Network Edge)
260. U.S. OEM purchases
261. A shopper's guide for choosing 3278 emulation boards
262. What to look for in today's analog test equipment
263. Maintaining quality voice transmission
264. In remote links, a modem's speed equates to power
265. Testers rise to the challenge of complex communications world
266. Putting data-comm hardware to work
267. Digital-RF-communications system designs; digital transmission offers data-processing options and flexibility not available with traditional analog RF transmission. This paper provides fundamentals for the designs of modern digital RF communication systems
268. Modern modem methods: clever modulation lets modems pack more into each second of communications
269. 4800 bits, no errors
270. Only big can be beautiful and profitable
271. Linking up with fiber optics
272. An ISDN subscriber loop interface
273. Communications; SLIC chip shrinks phone-line interfaces; integrated circuit replaces power-hungary hardware, allows for more subscriber lines on each card
274. Meeting the maintenance and administration challenges of the contemporary network
275. Trellis encoding: what it is and how it affects data transmission
276. A self-balancing intelligent terminating set
277. The MSX switching and networking system
278. New switch offers integrated services
279. Improved efficiency, size, input ranges adapt dc-dc converters to telecomm use
280. Where to buy your phones
281. Dual UPS powers world communications center
282. Telecommunications software
283. Celluar radio gives rise to portable data communications
284. Data-comm, telecomm ICs - moving to single chips and more intelligence
285. Automatic telephone dialers
286. What they've got in store for your little princess: soon your phone will do everything but get you a raise
287. Computers in communications: a ratings survey
288. PBXs: office controller exchanges
289. Networking from a distance
290. How TDR probes outside plant for glitches
291. All about spread spectrum communications
292. Port technique allows complex-impedance emulation and scaling
293. Hazards in the loop: a defense strategy
294. ICs simplify design of single-sideband receivers
295. Path problems yield to smart circuit
296. Echo cancellers help meet network needs
297. How does fiber measure up?
298. Support equipment
299. Printers-terminals
300. Local networks
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