39 results on '"Coleman, Doug"'
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2. Multimode and single-mode transmission over universal fiber for data center applications
3. Doublestack Loader?
4. A Simple and Compact Fiber Modal Adapter for Upgrading 850 nm Multimode Fibers for Fundamental Mode Transmission at 1310 nm
5. Optical connectivity a good choice in the data center
6. Cross the road to alternate in-ground cables; alternative cable design for campus-backbone applications a hearty option
7. Universal Fiber for Short-Distance Optical Communications
8. The need for speed drives high-density connectivity: the right connectivity for 10-Gbit/sec transmission can put users in good position for 40- and 100-Gbit/sec transmission later
9. Fibre Channel over Ethernet will change architectures; the transmission method, which encapsulates Fibre Channel frames into Ethernet frames, holds the promise of a unified-fabric solution
10. Polarity management critical in ribbon-cable designs: a recently ratified TIA specification provides guidance through this sometimes tricky endeavor
11. Comparison of Universal Fiber Against OM4 Fiber Transmission Using PAM4 at 50 Gb/s Over 152 m
12. Universal fibers for both single-mode and multimode transmissions in data centers
13. Using fiber-optic cable in security and surveillance: tight-buffered cable's ability to handle the outside plant makes it an option worthy of serious consideration
14. The ribbon cable option for LANs and data centers: ribbon-type optical fiber cable takes up precious little room in pathways and spaces, and is now easier to terminate
15. With calculated EMB, SR 1OG is guaranteed
16. Horizontal fiber offers economical distributed active media zone: lifecycle costing makes the business case, and the TIA is setting specifications for this emerging technology. (Design)
17. Vaseline for suppressors?
18. Universal fibers for data center applications
19. Universal Fiber for High Speed Data Centers
20. Too many holsters?
21. Demonstration of full system reaches of 100G SR4, 40G sWDM, and 100G CWDM4 transmissions over universal fiber
22. Design of universal fiber with demonstration of full system reaches over 100G SR4, 40G sWDM, and 100G CWDM4 transceivers
23. Evaluation of extended reach capability of 40G BiDi VCSEL-based WDM transmission over OM4 multimode fibers
24. Universal Fiber for Both Short-reach VCSEL Transmission at 850 nm and Single-mode Transmission at 1310 nm
25. minEMBc is the right bandwidth measurement method for OM4: standards organizations need to take a step back and focus on what is needed for the new fiber's data rates and link lengths
26. Calculated effective modal bandwidth enhances 10-GbE reliability
27. Switches enable fiber to the desk: economical, wall-mountable, managed devices support optical uplinks and copper ports
28. Loose tube or tight-buffered? Installation costs and reliability determined by the capabilities of different cabling types
29. Fiber and Copper Cabling in Data Centers
30. Statistical treatment of IEEE spreadsheet model for VCSEL-multimode fiber transmissions.
31. Which connector is best?
32. SEX AND THE CIVIL WAR.
33. Fibre Channel's need for speed with OM3 and OM4 optical connectivity: As transmission rates increase, the capabilities of OM3 and OM4 fiber-optic systems help ensure a smooth migration.
34. Is Linguistics a Science?
35. Transfer in language production Edited by Hans W. Dechert and Manfred Raupach (review)
36. Migrating to 40 and 100G with OM3 and OM4 connectivity.
37. Universal fibers for data center applications
38. Evaluation of extended reach capability of 40G BiDi VCSEL-based WDM transmission over OM4 multimode fibers
39. Measuring for the high data-rate speed of multimode fiber.
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