The document describes Simple Solution's intelligent physical infrastructure management (IPM) system called Simple View. 1. Simple View is a physical layer management system that provides real-time monitoring of environmental components like power, temperature, humidity, and security in data center cabinets. 2. It allows for non-invasive power consumption monitoring and remote rebooting/switching of equipment. This provides power management and helps reduce costs. 3. Historical methods of monitoring in data centers were local and manual. Simple View enables centralized monitoring and management of the physical infrastructure for improved efficiency, uptime, and savings.

2. Simple Solution Supply Record (Oversea/Domestic)

3. Simple Solution Structured Cabling Solution for IBS/DC Fiber/Copper Systems Intelligent Infrastructure Management System Intelligent Power Management System Pre-terminated Systems Wireless AP Systems Rack /Tray Solution

4. Copper cables(C5e,6,6P,6A) 1 Fiber Cables (SM, MM1) 2 2 1 SCS Solutions 9 8 3 Copper Patch solutions (Panel & M/J, P/C) 3 Outlet solution (SMB,F/P) 4 6 Fiber Patch solutions(FDF,P/C) 5 SoHo & Consolidations (Box, Mini Patch) 6 5 Telecommunication Racks & Grounding 7 7 Multiplexers 8 4 Access Point 9

5. Entrance Room (ER) & Telecommunication Room (TR) Main Distribution Area (MDA) & Horizontal Distribution Area (HDA) Next floor Zone Distribution Area (ZDA) Equipment Distribution Area (EDA) Data Center Solutions Copper (C7,6A,6Plus) 1 Fiber(OM3,4) 2 Simple Fast Net™ 3 4 Simple GXC™ Patching 4 Simple Fast-Net™ MPO 5 1 Simple Closet™ (HDR, Cooling Manager) 6 2 7 10 Simple Paths™ 7 3 Simple View™ IPM 6 8 5 8 Simple View™ IIM 9 9 Simple Fast-Point™ 10

7. To optimum performance, all LS Cat. 5e, 6, 6A, 7 Cable, Jacks are 100% tested, delivering a cost effective media for high-bandwidth IBS / Data Center applications

8. Smaller Diameter Cables enable more air flow –> Better Cooling

9. Pre-terminated Copper Solution : Quick deployment ( Plug & Play )Installs 75% faster than field-terminated methods

11. Cat6A 4P

12. Cat5e 4P- Cat6 4PPE Insulation Pair PS Tape Al/Mylar Tape Tinned Copper PVC/LSZH Jacket PE Insulation Pair Earth wire PS Tape Al/Mylar Tape PVC/LSZH Jacket Round Filler Insulation(PE) 1st Layer (10P Layer) 2nd Layer (15P Layer) PVC/LSZH Jacket

13. Simple Solution Copper Solution ( Cat 6A ) Cable diameter 8mm (Patent Pending) Int’l Standard Certified (UL etc) W17.6, H20.6, D31mm Int’l Standard Certified Minimized Alien-talk between near ports Convenient wiring with slim structure High credibility Labeling, Jack, Patch cord, Panel suitable for Data center Complied with TIA/EIA 568B.2-10, ISO11801 2nd Class E, TIA 942, Fcc Part 68 and KCC High Margin on Transmission Performance Complied with TIA/EIA 568B.2-10, ISO11801 2nd Class E and TIA 942 PVC(CMX/CM/CMR/CMP), LSZH(CMX) Improved Alien X-talk & Reduced cable diameter with ‘H’ type filler Patent Pending

15. Simple Solution Copper Solution ( Fast-Net TM ) ②pre-terminated panel & module ④ equipment cord ① six bundle patch cord ① Channel ③ six bundle cable

16. Simple Solution Copper Solution ( Fast-Net TM ) ① Patching & Cord Arrangement ② IDC Connecting (Terminate) ③ Test ④ Labeling ⑤ Pull Cabling & Bundle ① ② ③ ④ ⑤ Maximum 8 timesTime Saving

19. 24 / 48 Port

20. Wire management

21. Modular Jack Type

23. Shutter type available

24. Tool less available

25. Shutter type available

26. Channel Performance can reach to additional Margin with High quality LS SimpleTM Patch Panel / Modular Jack

28. Unshield & Shield Type

29. Specialized Cat.6 Plug

33. Supports 10 Gigabit Ethernet applications while maintaining compatibility with existing 50um multimode systems.

34. Plug & Play; quick & ease of deployment ( MPO )

35. Reliability; 100% factory tested

37. Mass Splicing(Ribbon)

38. Dry Core Structure

39. L/T Cable

40. Micro Cable

42. Light Weight

43. Small Size

44. Light Weight

45. Easy Fiber Access

48. Plug & Play; quick & ease of deployment

49. Modular & Scalability

50. Reliability; 100% factory tested

51. 10GB performance

53. Insertion Loss ≤0.75dB, ≤0.5dB(MM)

54. Return Loss ≥45dB

55. IEC61754-7, TIA/EIA 604-5

56. Pre-terminated Module

57. 12C~24C adaptable

58. LC / SC

59. Pre-terminated MPO Cassette mounted Panel

60. Copper & Fiber Compatible solution

63. Enabling scalability for data center expansions and network upgrades

64. Designed to endure earthquake level 7 with 300kg weight, to pass 1000kg pressure test

65. Simple Solution

67. Possible movement with the mounted Server in time of Rackrearrangement.

68. Stability made possible by unification of Rack/Tray and connection support : not affected by outside impact

69. High Stability compared to the others because of extra connection Bracket used in connection of Racks.

70. Cost reduction by Hot zone and Cool zone arrangement : Energy efficiency optimization.

71. Hot Air backflow prevention.

73. 2 Power-strips can be installed in one side.

74. Easy placement and displacement due to the hook shape of the power-strip.

75. Insured work space in the rear of Rack and possible addition of Power-strip even with the 850mm server.

76. Adjustable front back based on equipment

78. Easy attachment able to be done by anyone.

79. Installing time reduction : RMU Marking, which can be easily checked by eyes.

80. Complete Separation of Network Cable and Power Cable : No twist between cables.

83. Month-Wattage of rack cooling for 400‘s : 328,572 kWh

85. Month-electricity charge of cooling per rack : $40($15reduction : 28%)

87. Monitor patch panel connections

88. Monitor location of end devices

89. Remote guided patching

90. Automatic update of physical layer documentation

91. Patching is cumbersome.

92. The database is inconsistent with the actual connections.

93. Difficult to know which port is usable.

94. Updating the database is a burden for the IT manager. 70% 30% Time to failure point acknowledgement Time to revoery MTTR(Network) 20% 80% Time to failure point acknowledgement Time to recovery MTTR(Cabling)

96. Security & Risk Manangement : Asset Tracking, real time identification

97. Operation Efficiency : Capacity planning, Reduce Mean Time to Repair(MTTR), MACs control

99. Provide automatic updated physical layer documentation

100. Assist in fault identification & troubleshooting

101. Enhance security through accountability

102. Asset management

104. Expanders and Scanners continuously monitor panels for connectivity changes.

105. Connectivity change monitoring is done via out-of-band signaling via hardwired attachment cables between devices.

106. A proprietary protocol is utilized for this purpose

107. Master modules communicate with expanders and scanners via direct Ethernet type attachment cables and a proprietary protocol.

110. real/historical monitoring environmental components ( Power, tempature, humidity, smoke, security ) in Cabnet

111. Environment Sensor ( Temperature, Smoky, Door, Humidity )

112. Non-invasive power consumption monitoring ( SPV )

114. Previous Present Simple Solution Historical Methods of Monitoring & Control - Today 21st Century Data Centers require more Power and Cooling - Power supply is limited and expensive - Maximization of expensive resources to minimize waste, reduce costs - Maximize of Payload operations, preventative Maintenance, zero downtime, Maximization of operations - Todays Data Centers cannot function without IIM solutions. - Todays Data Centers are Designed and Categoried in tiers to quantify the degree of Security and resilience built into the Data Centre. - Monitoring was Local only at point of entry into Data room i.e. Power Distribution boards - Temperature was measured via BMS, remote from the Payload equipment. - Load values / cabinet was occasionally recorded manually with a hand held CT. - No accurate records, real time measuring, identification of Temperature / Power hot spots. - No Monitoring, No Management, Not a problem, energy was cheap and plenty, Power foot print per sq M typically was 1-3 kWatt, easily obtained

116. Combination of hardware and software for power distribution & usage optimization

117. Monitor the power consumption of equipment

118. Monitor datacenter environment‘Aim is to improve energy efficiency and reduce emissions’

119. Simple Solution Why Monitor ? Capacity planning - typically users run out of power or cooling before anything else Need to know where energy is being used. Need to know where energy is wasted Business planning & technology refresh - Understand why and where energy performance is poor, how to improve it & build business cases Physical & Network security – human error a major cause of failures (audit trails) ‘Real time’ monitoring and alerting – early warning maximises time available to respond Need to know where energy demand is going to shortly exceed capacity. Eliminate downtime caused by undiagnosed environmental disturbances Government Legistration : The Carbon Emission Commitment

120. Simple Solution

121. Simple Solution Humidity Sensor Temperature Sensor Remote console management Keypad/HID Card Reader Electronic Door Lock Monitored and controlled power strips LCD Status Display In Line Power Monitoring 37

123. External 12VDC Power supply (90~240VAC adapter).

124. Monitoring & Control of 2 Power Strips

125. Monitoring of 2 Sensors.

126. Support for 2 line 32 character LCD status display.

127. 10/100 Ethernet support with speed & Link LEDs.

128. Power, Status and Alarm LED indicators.

129. Reset and Mode switches.

130. Configuration information stored in 64KB EEPROM

131. Firmware upgradeable in the field.

132. Protocols; TCP/IP, UDP, SNMP v2.3, TFTP, HTTP, HTTPS, SMPT, SNTP, SYSLOG, LDAP.

133. User interface for configuration & status monitoring provided through web pages.

134. User configurable alarms; transmission of SNMP alerts when pre-defined thresholds crossed.

135. Configurable EMAIL alerts, on specified alarm conditions.

136. Support for SYSLOG allowing configuration and alarm events to be audited remotely.

137. Built in real time clock, with backup battery, and SNTP network time support.

138. Supplied with mounting bracket and power adapter.

140. Monitoring & control of 4 power strips

141. Monitoring of 6 sensors.

142. Support for 2 line x 32 character LCD status display.

143. Support for 2 relay outputs (N/O and N/C Contacts available)

144. 12VDC output on relay connector fused to 1A to power external devices.

145. Support for 2 serial keypads.

146. Support for 2 HID smart card readers. (Alternative to keypads).

147. 10/100 Ethernet support with speed & Link LEDs.

148. Input sensor types supported; Temperature, Humidity, Open/Close contacts, 0-10VDC analogue input.

149. Dual power supply feeds, with status LEDS Feed-A/Feed-B

151. Monitoring & control of 6 power strips. (expandable to 24).

152. Monitoring of 12 sensors. (expandable to 96 inputs)

153. Support for 2 line x 32 character LCD status display.

154. Support for 4 relay outputs N/O and N/C Contacts available. (expandable to 18 relay outputs)

155. 12VDC output on relay connector fused to 1A to power external devices.

156. User programmable logic control of output relays (based on Inputs & access control state).

157. Support for 2 serial keypads or 2 HID smart card readers. (expandable to 8)

158. 10/100 Ethernet support with speed & link LEDs.

159. Input sensor types supported; Temperature, Humidity, Open/Close contacts, 0-10VDC analogue input.

160. Dual power supply feeds, with feed status LEDS Feed-A/Feed-B.

161. LEDs indicate, DC power, System Status, Alarm state.

162. Reset and Mode switches.

163. Firmware upgradeable in the field.

164. Protocols; TCP/IP, UDP, SNMP v2.3, TFTP, HTTP, HTTPS, SMTP, SNTP, SYSLOG, LDAP.

166. Built in electronic measuring circuits to monitor; Voltage, Current, Power Factor, Frequency, kVA, kWhrs. (Using CT & VT).

167. Parameters displayed on 2 line 32 character backlit LCD display.

168. Measuring circuit powered from SNMP monitoring unit.

169. RS232/RS485 data link to SNMP unit.

170. Designed to customer specification.

171. Choice of Zero-U or 2U Form factors.

172. 16A or 32 Amp feed cables terminated with BS EN 60309-2 Plugs (16A / 32A 250VAC).

173. Choice of out let sockets:

174. EN60 320 C19 Sockets (16A 250VAC)

175. EN60 320 C13 Sockets (10A 250VAC)

176. BS1363 (UK13A) Sockets (13A 250VAC)

177. CEE 7/4 Shuko (16A 230VAC)

178. Any combination of above socket types subject to physical size constraints.

179. Other options:

180. fused or fused + indicator per outlet.

181. Circuit breaker per power strip / circuit.

182. Relay control of each outlet On/Off (Max 24).

183. PSU for relays built into the power strip.

184. Switched outlet options of;

185. Normally open relays.

186. Latched relays.

188. A small compact electrical current meter capable of measuring A.C. currents on typical data centre 16A and 32A power supply feeds.

189. Attachment does NOT require power down of the measured feed.

190. Capable of measuring A.C. electrical currents up to 60A.

191. Built in LED display provides two digit readout.

192. CL-Amp appears as a standard PDU to the PowerHawk-2, Hawk-i2, Hawk-i3 and Eagle-i units.

193. Uses patented technology for current measurement in the Data Centre, Computer room and PC environments.

194. Current measuring range 1.0 Ampere to 60 Amperes.

195. Measured supply range: 90VAC ~ 250VAC Frequency: 50Hz ~ 60Hz A.C.

196. RS232 / RS485 Communication link to UTL monitoring units, providing SNMP data collection and monitoring, and configuration of CL-Amp.

198. Simple Solution IPM Management Software (Env-U ) Designed for temporary or small scale installations Tables, graph and export functionality

199. Simple Solution IPM Management Software (DCIQ ) Designed for Global/Enterprise scale installations

200. Simple Solution IPM Management Software Tailored Reporting (SQL) Environment Report - Temperature / HumidityRack Report - Temperature / Humidity / Power / Power Usage ReportPDU Reports - Power Report / PDU Load

201. Simple Solution Finance Blue Chip Universities Local Govt. Blue Light

203. Lighter weight system requires less expensive infrastructure : PC(Polycarbonate)/ABS, Hallogen-free

204. Reduces installation cost in ½ time of ADC’s fiber protection system

205. Achieve maximum design flexibility and growth potential.Simple training show room

206. Simple Solution Overhead Routing System ( Simple pathTM ) Feature & Benefit

207. Simple Solution Overhead Routing System ( Simple pathTM ) Comparative Test Result

208. Simple Solution Competing Against other Ducting Systems

209. Simple Solution Enable Cable lengthMinimization Easy Additional cabling adding No interfere air flowing from under floor on cold asile Before After

211. Cabling for 4 ways

212. 100/160/220/300mm Width

213. Main Duct

215. Joining each item

217. Cabling in 3 ways

218. 30/100/160/220/300mm Width

219. Horizontal Elbow 45 deg.

220. 90 deg with Joiner

222. 90 deg with Joiner

223. 50/100/160/220/300mm WidthUP 90 deg. DOWN 90 deg.

225. Connecting on different size

227. Cabling Exit

229. Install the end of Cabling Exit

233. Simple Solution Operating room Data Center LS Wi-Fi Access Point LS Wi-Fi Access Point Back bone LS PoE Switch LS PoE Switch Data+Power

234. Simple Solution LS Wi-Fi AP has applied IEEE 802.11n draft 2.0, providing users with high bandwidth and wide coverage when using Volp Phone, laptop, and PDA. Its application of IEEE 802.3af PoE also helps provide data and power by LAN cable, making it easier to install. 802.11b/g/n 1 port 10/100Base-Tx wth PoE PD 2x2 MIMO(Multi-Input, Multi-Output) WEP64/128bit, 802.1x, ESSID WMM(WiFi Multimedia), WPS(WiFi Protect Setup) NAT/Bridge mode DHCP Server, Client Web-based Management, SNMPv1/2

235. Simple Solution Wireless Acess Point ( Simple Fast-Point TM ) Layer 2 swithch which IEEE802.3 Ethernet based data communication and IEEE802.3af standard based Power Source works simultaneously. supports VLAN, RSTP, QoS which optimizes traffic flow and bandwidth usage Reduce additional cost to provide power to the eqipment 24 port 10/100Base-Tx with PoE PSE for subscriber 2 port 10/100/1000Base-T or SFP for uplink Non-blocking switching, Store and forward structure VLAN, Multicast, STP/RSTP, Packet Classification, QoS function Web-based, SNMP control function. 19” Rack mountBoxtype

237. CMR 2P ~50P

238. 4P ~ 25P

239. CMX, CM, CMR

240. 25P (CM, CMR)

241. 4P (CM, CMR)

242. 25P (CM,CMR)

243. 4P (CM, CMR, CMP)

244. 25P (CM, CMR)

245. 4P (CM, CMR, CMP)

246. 25P (CM, CMR)

247. 4P (CM, CMR, LSZH)

248. 25P (CM, CMR, LSZH)

249. 4P (CM, CMR)

250. 4P (CM, CMR)

251. 4P (CM, CMR, CMP)

252. 25P (CM, CMR)

253. 4P (CMP)

254. 4P (CM, CMR, LSZH)

255. 4P (CM, CMR, LSZH)

256. 4P (CM, CMR)

257. 4P (CM, CMR, CMP)

258. 4P (CMR, CMP)

259. 4P (CM, LSZH)

260. 4P (CM, LSZH)

261. 4P (CM, CMR, CMP)

263. Cat 6

265. ISO 14001

268. Copper/Fiber SolutionConnectivity SolutionRack/CabinetIIM/IPM

272. Address : London, UK

273. Size : Total 7,000Port (Cat6 Data & OM3 Fiber)

274. Scheduled on July, 2009

276. Address : Torino, Italy

277. Size : Total 5,400Port (Data & Fiber)

278. Scheduled on July, 2009

279. Remarks: - Re-construction Telecom Italia buildinng to Torino city hall - Positioned in torino commercial complex

281. Address : Portugal

284. Address : Spain

285. Size : FTP Cat6 Solution (1M$)

287. Address : Valencia in Spain

290. Address : Spain

291. Size : Data & Fiber

292. Scheduled on Nov.2008~

293. Remarks : - Network and maintenance Telefonica Empresas is biggest telecommunication company in Europe

295. Address : Sangam-dong, Seoul

296. Size : Total 50,000Port

297. (Data/Voice : 40,000, Fiber : 10,000)

298. Completed on Dec, 2007

301. Completed on Feb, 2008

302. Remarks - Strategic place for IT-hub implementation in north-east asia. - 3 places implementation additionally by 2010

303. ◆ Name : Sangam-dong LGT Building ◆ Solution : Cable + Connectivity ◆ Remarks: Cat.6A(10G) SCS solution ◆ Name :Kyeonggi Bio center ◆ Solution : Cable + Connectivity ◆ Remarks : Cat.6 SCS solution ◆ Name : Korea Ad culture center ◆ Solution : Cable +Connectivity ◆ Remarks : Cat.6 SCS solution ◆ Name : Institute of NGC ◆ Solution : Cable + Connectivity ◆ Remarks : Cat.6 SCS solution ◆Name : LS Tower ◆ Solution : Cable + Connectivity ◆ Remarks : Cat.6 SCS solution ◆ Name : World marine center ◆ Solution : Cable + Connectivity ◆ Remarks : Cat.6 SCS solution SupplyRecord Domestic

304. ◆ Name : Sangam-dong LGT Building ◆ Solution : Cable + Connectivity ◆ Remarks: Cat.6A(10G) SCS solution ◆ Name : Yangjae chilren’s hospital ◆ Solution : Cable + Connectivity ◆ Remarks : Cat.6 SCS solution ◆ Name : Kimhae Airport extension ◆ Solution : Cable + Connectivity ◆ Remarks : Cat.6 SCS solution ◆ Name : Korean art school ◆ Solution : Cable + Connectivity ◆ Remarks : Cat.6 SCS solution ◆ Name : icheon city hall ◆ Solution : Cable + Connectivity ◆ Remarks : Cat.6 SCS solution ◆ Name : Taeback Safety Theme park ◆ Solution : Cable + Connectivity ◆ Remarks : Cat.6A(10G) SCS solution SupplyRecord Domestic

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