LCSI supplies Industrial and Commercial Power Ethernet Switch, Mid Span , and PoE repeater product for partners to apply in IP Video Surveillance project

1. POE Solution
( Including Commercial and Industrial grade)
www.lcsi.com.tw

2. Content
1. Power Over Ethernet(PoE) Backgrounder
– What is PoE
– IEEE 802.3af and 802.3at Standard
– PSE and PD Products
• PoE Switch, Hub, Injector, Splitter, Extender
2. Introduction to LCSI POE Switch Product
– Commercial PoE Switch
– Industrial POE Switch
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3. What is PoE?
• Power over Ethernet or PoE technology describes
a system to safely transfer electrical power, along
with data, to remote devices over standard data
cables in an Ethernet network (Cat3/Cat5/Cat5e/Cat6 ).
• Compatible with all networks, up to Gigabit
Ethernet which uses all four pairs for transmission
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4. PoE Benefits
Cost Saving No Need to Install Power Cable/Outlets
Ethernet and Power is Now in the Same
Integration Cable. Support Equipment Mounted in
Unusual Places, e.g. Wall/Ceiling Mount
Wherever There is an Ethernet
Availability
Connection, There Will be Power
Security Shut-Down Unused Devices
Management Http UI or SNMP can Control/Manage
PoE Devices
Devices compliant with 802.3af can
Interoperability
Interoperate with Zero Problems
No AC/High Voltage: Low Power DC is
Safety
Used (48V)
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5. IEEE 802.3af and 802.3at
• IEEE developed two standards
– The IEEE 802.3af-2003 PoE standard (Ratified June, 2003)
provides up to 15.4 W of DC power). Only 12.95 W is assured
to be available at the powered device as some power is
dissipated in the cable.
– The IEEE 802.3at-2009 PoE standard, sometimes called
"POE+“ or “POE Plus” , (Ratified September 11, 2009),
provides up to 30 watts) and 25.5 W of DC power is assured to
be available at the powered device as some power is
dissipated in the cable.
• This technology is especially useful for powering
– IP telephones, wireless LAN access points, IP Camera and Cameras
with pan tilt and zoom (PTZ), remote Ethernet switches, embedded
computers, thin clients and LCDs
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6. PSE and PD(1)
• In the PoE scheme, two different types of devices are involved: Power Sourcing Equipment
(PSE) and Powered Devices (PD).
• PSEs provide the DC power to PDs.. A PSE may be an endspan device or a midspan device
– An endspan device typically is a network switch enabled to provide PoE power on
each port. Power is carried over wires (1,2,3,6)
– A midspan device is connected in-line to each end device and adds power to the line. A
simple device called Injector is explained in coming slide. Power Carried over (4,5,7,8)
• PDs are PoE-enabled network end devices equipped to accept low voltage power transmitted
over structured Ethernet CAT-5 cabling. For non-POE device, a device called Spilitter can
be used with POE line
Endspan
(Switch) Midspan
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7. Injector and Splitter
Injector , a small midspan, is a simple device to
help Non-PoE Switch.
Splitter, a small device, is to help
Non-PoE device.
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8. IEEE802.3af Distance Limitations
Standard Ethernet distance rules apply
PoE Switch
1 Port PoE (Repeater)
50 ft Allows up to an additional
100m (330 ft )
300 ft
75 ft
300 ft
100 ft
Maximum distance from the switch
100 meters or 333 feet
Even if you are using a mid-span
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9. 1-port PoE Extender
• A PoE Extender( 802.3af or 802.3at ) is designed
to extend power and data for another 100m
defined in standard spec.
- If PSE output is 802.3af, then you have to use 802.3af PoE extender.
-If PSE output is 802.3at, then you have to use 802.3at PoE extender
-LCSI will announce a dual role 802.3at/af PoE extender to select by DIP-
Switch
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10. • PSE – Power Sourcing Equipment’s main functions are:
– To search the link section for a PD.
– Optionally classify the PD.
– Supply power to the link section. (only if a PD is detected)
– Monitor the power on the link section.
• PD – Powered Device : The Power Class of PD:
– Once a PD is discovered, a PSE may optionally perform PD
classification by applying a DC voltage and current to the port, allocated
power is subtracted from total power budget
The PD Power Class
Maximum Power Levels
Class Usage
at Input of Powered Device
0 Default 0.44 to 12.94
1 Optional 0.44 to 3.84
2 Optional 3.84 to 6.49
3 Optional 6.49 to 12.95
4 Reserved 12.95 - 25.50
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11. PSE – Full Power or Balance Power
• Each PoE PSE Device is equipped with either internal power
(Suitable for Rack-Mounted) or external power
• Types of PSE
– Full Power: Guarantee per port up to 15.4 watt(802.3af) or
30watt(802.3at) simultaneously
• Total PoE port x Guarantee per port power < Total Power
Supply Watts of PSE
• In general more expensive, bigger, better in control
– Balance Power( or called Power Budget )
• Can power as many as PDs as it has power to spare ( Fist
come First Server ) and each port power output is pre-limited
by allowable power to PD classification. .
Model in need depends on your application need.
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12. Power over Ethernet PDs
• VoIP phones
• Wi-Fi / Wi-Max
• IP Security Cameras
• Access Control Systems
• Lighting Controls
• Alarms
• Bar Code Scanners
• RFID
• Clocks
• Thin Clients
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13. Power Requirements
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14. Market Potential

15. IP Surveillance: Major Application
• Transportation Applications:
• Airports, Border, Railways, Underground, and
Roadway
• Municipal, Public Facility, and School :
• Banks, Supermarkets, Homes, Department Stores,
Parking Lots, City-Wise, School
• Military / Homeland Security
• Port Security, Military Bunker Security, Air Force Base Security, Port
Operations, Critical Area Monitoring
• Industrial Security and Process Control
• Mining Operations, Manufacturing Process Monitoring
,Plant Security, Utility Perimeter Security Access
Control with Video
• Commercial Building
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16. LCSI PoE Product
• Commercial-grade PoE Products
– 802.3at PoE Switch New 802.3at Unmanaged
Model w/ DIP-Switch to
– 802.3af PoE Switch turn PoE on/off physically
– PoE Injector, Splitter and Mid-Span
– PoE Extender
• Industrial-grade PoE Products
– Managed SNMP PoE Switch
– Unmanaged power PoE Switch
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17. Commercial PoE Switch
Power Total PoE Port
Model Name Management Total Ports PoE Ports
Supply Power(W) Up to
802.3at/af PoE Switch
BESP-T341W External 40,65,or 120 30W Web 4*10/100TX + 1* 10/100TX 4
BESP-T341 External 40,65,or 120 30W 4*10/100TX + 1* 10/100TX 4
BESP-T588W-E External 65 or 120 30W Web 8*10/100TX 8
BESP-T588-E EXternal 65 or 120 30W 8*10/100TX 8
BESP-T588W Internal 65 or 130 30W Web 8*10/100TX 8
BESP-T588 Internal 65 or 130 30W 8*10/100TX 8
BESP-T7882W Internal 130 30W Web 8*10/100TX+2* Giga Combo 8
BESP-T7882 Internal 130 30W 8*10/100TX+2* Giga Combo 8
BESP-T7616W(Q1,2010) Internal 250 30W Web 16*10/100TX 8
BESP-T7616(Q1,2010) Internal 250 30W 16*10/100TX 8
BESP-T7242W(Q1,2010) Internal 250 or 400 30W Web 24*10/100TX+ 2G Combo 8
BESP-T7242(Q1, 2010) Internal 250 or 400 30W 24*10/100TX+ 2G Combo 8
802.3af PoE Switch
BESP-7242-24 Internal 260 or 390 15.4W 24*10/100TX+ 2Giga Combo 24
BESP-7242W-24 Internal 260 or 390 15.4W Web 24*10/100TX+ 2Giga Combo 24
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18. Web-Managed and Un-Managed
• 4(8),8(8),8(16),16(16), 8,16,24(24)-port web-managed and unmanaged
POE switch
• Optional Uplink model with 2* Giga Copper/SFP
• IEEE 802.3at and 802.3af Power over Ethernet (PoE) ports
• Web-based Configuration and Management
• VLAN, QoS: IGMP, POE on and off management
• Management: Password-protected Access, Port Settings,
• LCSI POE mainly supply full power switch but also provide total power
budget option to meet partners’ application need.
www.lcsi.com.tw

19. Extender, Mid-span, Injector
Power
Model Name Description Data In Data Out Data+POE In Data+POE Out
Out
BEP-101 802.3af PoE Injector 1* 10/100TX 10/100TX
BEP-201G 802.3at PoE Injector 1* 100/100/1000TX 1* 100/100/1000TX
BPS-2014 802.3at PoE Splitter 1*10/100/1000TX 1 10/100/1000TX
BEP-508 802.3af Mid Span 8*10/100TX 8*10/100TX
BEP-7008 802.3af Mid Span 8*10/100TX 8*10/100TX
BEP-7008G 802.3af Mid Span 8*10/100/1000TX 8*10/100/1000TX
BEP-7016 802.3af Mid Span 16*10/100TX 16*10/100TX
POER-201 802.3af PoE Extender 1*10/100TX 1*10/100TX
802.3at/af Dual Role PoE
POER-301(New) 1*10/100TX 1*10/100TX
Extender
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20. LCSI Industrial POE
2* Terminal Block PoE
Model Name VDC Management Total Ports PoE Ports
Input) Port Up
Management including 20ms Recovery (Management functions include Management(SNMP, Web, Telnet, CLI), Control( Port Based
VLAN, 802.1Q Tag VLAN, GVRP, QoS, IGMP, LACP, Rate Limit), Security(IP/MAC & Port Binding, DHCP Server, IP Access List, 802.1X,
SNMP V3), Diagnostics(Port Statistics, Port Mirroring, RMON, Trap, E-Mail Alert, Syslog), Redundant recovery ( X-Ring, STP, RSTP),
SNTP and SMTP
8*10/100TX + 2*
combo(10/100/100
IESP-M082C Yes 48V 15.4W SNMP/Web-Managed 8
0TX or 100/1000M
SFP)
8*10/100TX + 2*
IESP-M082CE Yes 48V 15.4W SNMP/Web-Managed combo(10/100/100 8
0TX or 100/1000M
SFP)
IES-U041T Yes 48 or 24V 15.4W Un-managed 5*10/100TX 4
IESP-U044T Yes 48V 15.4W Un-Managed 8*10/100TX 4
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21. Industrial Managed 8-port POE Switch
IESP-M082C/E: 8 10/100TX+ 2 Giga Copper/SFP Combo With PoE
Injector Managed Industrial Switch
Benefits
• Fully Management (CLI/Web/SNMPv1,v2c.v3)
• Fully feeding power support for 8 POE ports ( 15.4 Watts for
each port and full power )
• Support IEEE 802.3af and Pre-Standard PD (Cisco Legacy
PD)
• Redundant Power supply (48V DC)- Terminal Block
• Operation Temperature -10℃ to 60℃ and -40℃ to 75℃
• IP-30 Case Protection
• EFT protection 3000 VDC for power line
• 4000 VDC Ethernet ESD protection
• Advanced switching managed features
• Support redundant ring topology feature
for fast recovery time< 20ms
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22. Product View
1 Gigabit Copper/
100/1000 SFP Combo On the Top side
* DC power DC 48V
* Redundant power
inputs DC 48V
LED Indicator
* Alarm relay contact
8 10/100TX
Port # 1 ~# 8 support IEEE
802.3af Power over Ethernet Top View
Per port provides 15.4W ability
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23. IESP-M082C(E) Software
Security System Even Log/ SNMP trap
– IP Management Security – System Log Server /Client
– Port Security – SMTP e-mail Alert
– 802.1x Radius Authentication SNMP trap
Bandwidth Control/ Traffic Monitoring – Port Link up/Link down
– Broadcast/Multicast Storm Filter Control – Device Cold Start
– Port mirroring – Power Status
IGMP – Authentication failure
– X-Ring topology changed
– Support IGMP Query mode for Multi Media
Application Misc
QoS – DHCP Client/Server IP Relay
– 802.1p CoS – SNTP
– Port Base, Tag Base and ToS Priority – Firmware upgrade and
configuration backup/restore by
VLAN
TFTP Server
– Port Base
POE Management
– 802.1Q Tag
– GVRP
Port Trunk
– 802.3ad Link Aggregation
Redundant Network Topology
– 802.1d Spanning Tree
– 802.1w Spanning Tree
– X-Ring Proprietary Recovery Ring at 20ms
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24. Industrial Managed PoE Switch
(PoE Software settings) 1
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25. Industrial Managed PoE Switch
(PoE Software settings) 2
 Maximum Power Available: Displays the maximum power supply in watts.
 Actual Power Consumption: This column shows the real-time total power consumption
 System Power Limit: User can modify the value to this column field to limit the total output power for the system
 Main Supply Voltage: This column shows the output voltage of the system for PoE ports
 Firmware Version: This column shows the PoE chip’s firmware version
 Port Knockoff Disabled: Power Management state where one or more PDs have been powered down so that a higher
priority PD may be powered up and yet not exceed the maximum total power available for PDs
 AC Disconnect: Tick this checkbox to monitor the AC impedance on the port terminals and removes power when the
impedance rises above a certain value, for a certain period
 Capacitive Detection: If the port and capacitive detection are enabled, the capacitances state reads in the voltage
result from the constant current. This is then subtracted from the pre-capacitance voltage to get a charge rate. If this
charge rate is within the window of the PD signatures, the device is considered to be discovered.
 Start: Showing with a tick symbol, the system initializes and resets successfully
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26. Industrial Managed PoE Switch
(PoE Software settings) 3
 Port: The index of PoE ports.
 Enable State: Check it to enable the PoE function to the port.
 Power Limit From Classification : Check it to decide the power limit method; when this check box is ticked, the system will
limit the power supply to the powered device in accordance with the related class
 Legacy: Check it to support the legacy power devices. (PDs may not have IEEE802.3 standard detection signature)
 Priority: Pull down the selection menu item to choose the priority of power supplying.
 Port Limit (<15400) mW: User can key in the power limit value which is under 15.4 Watts.
 Mode: Displays the operating mode of the port.
 Current (mA): Displays the operating current of the port.
 Voltage (V): Displays the operating voltage of the port.
 Power (mW): Displays the power consumption of the port.
 Determined Class: Displays the PD’s class.
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27. Product Warranty
• Industrial Ethernet product 5 years warranty
• Commercial Ethernet product 2 years warranty
• Accessories
• Industrial Din-Rail Power Supply 3 years warranty
• Industrial SFP 2 years warranty
• Commercial SFP 2 years warranty
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28. Recruiting Partners
 We are keen to speak to value-add distributors and/or systems
integrators where we are currently unrepresented.
 Potential partners having fiber networking, security &
surveillance or industrial automation product experience are
welcome
 By partnering with LCSI, our partners will have
cost/performance ratio solution and quality support to grow
business.
 Please visit our website at www.lcsi.com.tw for detailed
information and contact us at sales@lcsi.com.tw
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