SIL 4.9 MICRO 95-PCP - Wi-Fi Router SilverNet - Free user manual and instructions

Product Type	Point-to-Point Wireless Link (Outdoor Radio)
Model	SIL MICRO 95-PCP
Brand	SilverNet
Frequency Band	5 GHz
User Data Throughput	95 Mbps
Range	Up to 2 km (point-to-point)
Antenna	Built-in dual antenna, 15 dBi gain
Security	WEP, WPA, WPA2, AES-256 encryption
Management	Web GUI, SilverView NMS
Power Supply	Power over Ethernet (PoE) via included injector
Enclosure	Weatherproof, compact design
Mounting	High-quality lightweight mounting brackets included
Cable Length (max)	100 m from PoE injector to network device
Compliance	CE, FCC (typical for such devices)
Operating Temperature	-20°C to 60°C (typical outdoor)
Default SSID	silvernetwireless
Default Password	silvernetwireless (WPA2 key)
Default IP Address (Device 1)	192.168.0.228
Default IP Address (Device 2)	192.168.0.229
Default Admin Username	admin
Default Admin Password	password

Frequently Asked Questions - SIL 4.9 MICRO 95-PCP SilverNet

What is the maximum range of the SIL MICRO 95-PCP?

The maximum point-to-point range is up to 2 km with clear line of sight.

What security protocols does it support?

It supports WEP, WPA, WPA2, and AES-256 encryption for secure transmission.

How do I configure the device?

You can configure it via the web GUI (default IP 192.168.0.228 or 192.168.0.229) or using the SilverView software for easy setup.

What are the default login credentials?

Default admin username: admin, password: password. Default wireless SSID and key: silvernetwireless.

Is the device weatherproof?

Yes, it has a weatherproof compact design suitable for outdoor installation.

Does it come with mounting brackets?

Yes, the package includes high-quality lightweight mounting brackets for easy installation.

What is the maximum cable length from the radio?

The maximum network cable length from the radio to a network device is 100 meters. The PoE injector can be placed anywhere within that length.

Can I use this for point-to-multipoint?

The MICRO 95 is designed for point-to-point links. For point-to-multipoint, consider the BASE 500 series.

How do I align the antennas?

Proper antenna alignment is critical. Ensure the radios are pointing directly at each other and avoid obstructions like buildings and foliage.

Where can I find the user manual?

You can download the user manual in PDF format from www.silvernet.com/downloadcentre/ or from notice-facile.com.

USER MANUAL SIL 4.9 MICRO 95-PCP SilverNet

Wireless Application Setups

PRO RANGE

■ Operates at the 5GHz RF band
■ Practical data-rate : 95 Mbit/Sec of user data throughput. Duplex
Gigabit interface 240/500/1000 Mbit/Sec of user data throughput
■ Point-To-Point up to 1KM, 2KM, 6KM, and 60KM
- Compact design
■ Weatherproof
■ High quality lightweight mounting brackets supplied
■ Power over Ethernet
■ Up to 256 AES Security

Close-up of a metallic padlock with blue cables, no visible text or symbols

Secure Transmission

Gigabit PoE Injector

Metal mechanical bracket assembly with mounting bracket set (no text or symbols on the component itself)

Point To Point Advantages

City skyline with modern skyscrapers and a grassy park in the foreground, featuring orange circular graphics overlay (no readable text or symbols)

Maximum Bandwidth Highest Stability

PRO RANGE – 95Mbps

PICO-1KM

• 12dBi Built in Dual Antenna
95Mbps
- Point-to-Point
• Equipped with POE
WEP, WPA, WPA2
WEB Management

MICRO-2KM

• 15dBi Built in Dual Antenna
95Mbps
- Point-to-Point
- Equipped with POE
WEP, WPA, WPA2
WEB Management

LTE-6KM

• 18dBi Built in Dual Antenna
95Mbps
- Point-to-Point
• Equipped with POE
WEP, WPA, WPA2
WEB Management

MAX-60KM

• 23dBi Built in Dual Antenna
95Mbps
- Point-to-Point
• Equipped with POE
• WEP, WPA, WPA2
• WEB Management

PRO RANGE - 240Mbps

MICRO 240 - 2KM

• 15dBi Built in Dual Antenna
• 240Mbps
- Point-to-Point
• Equipped with POE
• WEP, WPA, WPA2
• WEB Management

LITE 240-6KM

18dBi Built in Dual
Antenna
240Mbps
- Point-to-Point
• Equipped with POE
WEP, WPA, WPA2
• WEB Management

MAX 240 - 60KM

• Dual 23dBi Built in
Dual Antenna
• 240Mbps
- Point-to-Point
• Equipped with POE
WEP, WPA, WPA2
- WEB Management

PRO RANGE - 500Mbps

LITE 500 - 6KM

• 18dBi Built in Dual Antenna
500Mbps
- Point-to-Point
• Equipped with POF
• WEP, WPA, WPA2
• WEB Management

MAX 500 - 60KM

• Dual 23dBi Built in Dual Antenna
500Mbps
- Point-to-Point
• Equipped with POE
• WEP, WPA, WPA2
• WEB Management

PRO RANGE – 1000Mbps

MAX 1000 - 20KM

• TRI 18dBi Built in Antenna
  1000Mbps
• Point-to-Point
  • Equipped with POE
  WEP, WPA, WPA2
• WEB Management

Point to Point System Antenna Beamwidths

30^

20^

10^

2KM

MICRO

6KM

LITE

60 KM

MAX

= Radio

Antenna Alignment is Important

graph LR
    A["Building"] -->|RF Signal| B["Building"]
    B -->|RF Signal| A
    note["NOT ALIGNED = Poor Signal"]
    note --> note1["e: ios are not pointing at each other"]

Note:
Radios are not pointing at each other

Antenna Alignment is Important

graph LR
    A["Building"] -->|RF Signal| B["RF Signal"]
    B -->|ALIGNED = Good signal| C["Building"]
    style A fill:#FFD700,stroke:#333
    style C fill:#8B24A6,stroke:#333

Antenna Alignment is Important

Note:

Buildings and especially foliage can reduce your signal to nothing

Point to Point Wireless Link for a Network

Note: Maximum Cable length to a network device from the radio is 100m

The PoE injector can be fitted anywhere within this length it only adds power to the cable for the radio.

Radios can be powered from a PoE switch, 100m maximum network cable length rules still apply.

Point to Point wireless Link Single analogue camera via ip encoder and decoder

graph TD
    A["Camera"] -->|Telemetry| B["Power"]
    B -->|CAT6| C["PoE Injector"]
    C -->|PoE Cable SILDLC20M| D["Radio"]
    D --> E["Control"]
    E -->|Telemetry| F["Power"]
    F -->|CAT6| G["PoE Injector"]
    G --> H["PoE Cable SILDLC20M"]
    H --> I["Radio"]
    I --> J["Control"]
    J --> K["Telemetry"]
    K --> L["Power"]
    L --> M["Coax"]
    M --> N["Control"]

Note for IP cameras :

■ The codec is not required at the camera end
■ Usually the Control is IP so no codec is required here either
■ Telemetry will pass seamlessly

Point to Point Wireless Link Multiple analogue cameras via IP encoder and decoder

graph TD
    subgraph_Network_Switch["Network Switch"]
        A["Camera"] -->|Coax| B["Coax"]
        B --> C["Telemetry"]
        C --> D["Network"]
        E["Camera"] -->|Coax| F["Telemetry"]
        F --> G["Telemetry"]
        G --> H["Network"]
    end

    subgraph_Control_Switch["Control"]
        I["Control"] --> J["Control"]
        J --> K["Telemetry"]
        K --> L["Network"]
        M["Control"] --> N["Control"]
        N --> O["Telemetry"]
        O --> P["Network"]
    end

    A -->|Power| Q["PoE Injector"]
    Q --> R["POE Cable SILDLC20M"]
    R --> S["Radio"]
    S --> T["Radio"]
    T --> U["PoE Cable SILDLC20M"]
    U --> V["Network Switch"]
    V --> W["Power"]
    W --> X["Telemetry"]
    X --> Y["Network Switch"]
    Y --> Z["Power"]
    Z --> AA["Telemetry"]
    AA --> AB["Network Switch"]

    subgraph_Video_Codes["Many Video codecs can be added until the available bandwidth is exhausted"]
        AC["This Diagram is for illustration purposes only"]
    end

Point to Point Wireless Link with Multiple IP cameras

graph TD
    A["Camera"] -->|Power| B["Network Switch"]
    C["Camera"] -->|Power| B
    D["Camera"] -->|Power| B
    E["Camera"] -->|Power| B
    F["Radio"] -->|Power| G["SILDLC20M Cable"]
    H["POE Injector"] -->|CAT6| B
    I["POE Cable"] -->|Radio| G
    J["POE Injector"] -->|CAT6| K["NVR"]
    L["Control"] --> K
    style B fill:#99ccff,stroke:#333
    note bottom
        Many IP Cameras can be added until the available bandwidth is exhausted
        This Diagram is for illustration purposes only
    end

Point to point Wireless Link Repeater for a Network

graph TD
    A["NETWORK"] -->|CAT6| B["PoE Injector"]
    B -->|PoE Cable SILDLC20M| C["Radio"]
    C --> D["Link1"]
    D --> E["Radio"]
    E --> F["PoE Injector"]
    F -->|CAT6| G["POWER"]
    G --> H["NETWORK"]
    H -->|CAT6| I["PoE Injector"]
    I --> J["Power"]
    J --> K["Link2"]
    K --> L["Radio"]
    L --> M["PoE Injector"]
    M --> N["Power"]
    N --> O["Network"]
    O --> P["PoE Injector"]
    P --> Q["Power"]
    Q --> R["Network"]

Note: You will need to configure each radio with a different IP address and each link with a different wireless name.

For example:

Link1 IP addresses 192.168.0.200 / 201 and SSID = LINK1

Link2 IP addresses 192.168.0.202 / 203 and SSID = LINK2

and so on. You can do this via quick config in our SilverView software or the web gui of each radio.

Point to Point wireless link Repeater Single analogue camera via IP encoder and decoder

graph TD
    subgraph Power
        A["Camera"] -->|Coax| B["Power"]
        B -->|CAT6| C["PoE Injector"]
        C --> D["Radio"]
        D --> E["Network Switch"]
        E --> F["Optional"]
    end

    subgraph Power_Cable
        G["Control"] -->|Telemetry| H["Power"]
        H --> I["PoE Injector"]
        I --> J["Radio"]
        J --> K["Network Switch"]
        K --> L["Optional"]
    end

    subgraph Power_Cable_SILDLC20M
        M["PoE Injector"] --> N["Power"]
        N --> O["Network Switch"]
        O --> P["Optional"]
    end

    subgraph Power_Cable_SILDLC20M_PoE
        Q["PoE Cable SILDLC20M"] --> R["Power"]
        R --> S["Network Switch"]
        S --> T["Optional"]
    end

    subgraph Power_Cable_SILDLC20M_PoE_Cable
        U["PoE Cable SILDLC20M"] --> V["Power"]
        V --> W["Network Switch"]
        W --> X["Optional"]
    end

    style Power_Cable_SILDLC20M_PoE_Cable_SILDLC20M_1 fill:#f9f,stroke:#333
    style Power_Cable_SILDLC20M_PoE_Cable_SILDLC20M_2 fill:#f9f,stroke:#333
    style Power_Cable_SILDLC20M_PoE_Cable_SILDLC20M_3 fill:#f9f,stroke:#333
    style Power_Cable_SILDLC20M_PoE_Cable_SILDLC20M_4 fill:#f9f,stroke:#333
    style Power_Cable_SILDLC20M_PoE_Cable_SILDLC20M_5 fill:#f9f,stroke:#333
    style Power_Cable_SILDLC20M_PoE_Cable_SILDLC20M_6 fill:#f9f,stroke:#333
    style Power_Cable_SILDLC20M_PoE_Cable_SILDLC20M_7 fill:#f9f,stroke:#333
    style Power_Cable_SILDLC20M_PoE_Cable_SILDLC20M_8 fill:#f9f,stroke:#333
    style Power_Cable_SILDLC20M_PoE_Cable_SILDLC20M_9 fill:#f9f,stroke:#333
    style Power_Cable_SILDLC20M_PoE_Cable_SILDLC20M_10 fill:#f9f,stroke:#333

SilverNet Hardware

What's in the box?

- LINK – PICO, MICRO, LITE, MAX

■ 2 x Radios (Built in Antennas)
■ 2 x PoE Injectors (Gigabit for 240, 500,1000)
■ 2 x Mounting Brackets

Ordering a Point to Point Link

PICO 95 up to 1KM, 95Mbps SIL PICO 95-PCP

MICRO 95

up to 2KM, 95Mbps

SIL MICRO 95-PCP

MICRO 240

up to 2KM, 240Mbps

SIL MICRO 240-PCP

LITE 95

up to 6KM, 95Mbps

SIL LITE 95-PCP

LITE 240

up to 6KM, 240Mbps

SIL LITE 240-PCP

LITE 500

up to 6KM, 500Mbps

SIL LITE 500-PCP

MAX 95

up to 60KM, 95Mbps

SIL MAX 95-PCP

MAX 240

up to 60KM, 240Mbps

SIL MAX 240-PCP

MAX 500

up to 60KM, 500Mbps

SIL MAX 500-PCP

Now Add:

10, 20, 50, 90 m Downlink cable – SIL DLCXXM

*1 Per Radio

PURCHASE SILVERNET PRODUCTS VIA OUR DISTRIBUTION AGENTS

For further details about your nearest distributor please contact us for a list of approved SilverNet Distributors

Point To Multipoint Advantages

Reduced Cost Shared Bandwidth

PRO RANGE – 500Mbps

BASE 500 90 - 2KM

• 90° Sector Antenna
  500Mbps
• Point-to-Point
  ■ Equipped with POE
  ■ WEP, WPA, WPA2
• WEB Management

BASE 500 360 - 1KM

■ 360° Sector Antenna
500Mbps
- Point-to-Point
- Equipped with POE
■ WEP, WPA, WPA2
■ WEB Management

BASE 500 - MP

■ Dual Ntype Ports for external Antenna
500Mbps
- Point-to-Point
- Equipped with POE
■ WEP, WPA, WPA2
■ WEB Management

SilverNet Hardware

BASE 500 Optional Antenna

• 360° Omni Antenna – Up To 1500m CLOS
  • 90° Sector Antenna- Up To 5Km CLOS
• 120^ Sector antenna – Up To 5Km CLOS

Sector Antenna

Two white electronic devices with red labels: one labeled 'OPTIONAL DUAL SECTOR' and the other 'OPTIONAL DUAL OWNER', connected by wires (H and V).

Omni Antenna

White rectangular electronic device with black connectors and a metallic connector (no visible text or symbols)

Antenna connectors

BASE 500 Antenna Beamwidth and Range

120^

Sector

Antenna

360°

Omni

Antenna

1.5KM

Radius

5KM

Range

The BASE 500 can be

fitted with either a 360°

Omni or a 120°/90°

Sector antenna

depending on your

requirements.

90°

Sector

Antenna

= Radio

Multipoint System Omni Antenna

360°

Omni

1.5KM

NOT ALIGNED = Poor Signal

Radius

The BASE is fitted with a 360^ Omni, however the Omni cannot be tilted so all remote radios need to be mounted at a similar height.

Sector antennas can be tilted.

Radio

= Radio

Point to Multipoint Wireless Link For a Network

graph TD
    subgraph Power
        A["NETWORK"] -->|CAT6| B["PoE Injector"]
        B --> C["Client Radio 1"]
        C --> D["Client Radio 2"]
        D --> E["Client Radio 3"]
        E --> F["Network"]
    end

    subgraph Power
        G["NETWORK"] -->|CAT6| H["PoE Injector"]
        H --> I["Client Radio 2"]
        I --> J["Client Radio 3"]
        J --> K["Network"]
    end

    subgraph Power
        L["NETWORK"] -->|CAT6| M["PoE Injector"]
        M --> N["Client Radio 3"]
        N --> O["Client Radio 2"]
        O --> P["Network"]
    end

    note1["A Multipoint BASE Radio has exte antenna ports to fit an external C 360° or Sector antenna 90° or 120°"]
    note2["Note: You will need to configure each radio with a different IP and each multipoint group with the same wireless name."]
    note3["For example: Base Collector IP addresses 192.168.0.200 and SSID = BASE 1\nClient Radio 1 IP addresses 192.168.0.201 SSID = BASE 1\nClient Radio 2 IP addresses 192.168.0.202 SSID = BASE 1"]

You can do this via quick Config in our SilverView software or the web gui of each radio.

Point to Multipoint wireless Link Multiple analogue cameras via ip encoder and decoder

graph TD
    subgraph Power
        A["Camera"] -->|Coax| B["Power"]
        B -->|CAT6| C["PoE Injector"]
        C --> D["Client Radio"]
        D --> E["POE Cable SILDLC20M"]
        E --> F["Network Switch"]
        F --> G["Control"]
    end

    subgraph Power
        H["Camera"] -->|Coax| I["Power"]
        I -->|CAT6| J["PoE Injector"]
        J --> K["Client Radio"]
        K --> L["POE Cable SILDLC20M"]
        L --> M["Network Switch"]
        M --> N["Control"]
    end

    subgraph Power
        O["Camera"] -->|Coax| P["Power"]
        P -->|CAT6| Q["PoE Injector"]
        Q --> R["Client Radio"]
        R --> S["POE Cable SILDLC20M"]
        S --> T["Network Switch"]
        T --> U["Control"]
    end

    subgraph Power
        V["Antenna Omni 360° Sector 90° or 120°"] --> W["POE Cable SILDLC20M"]
        W --> X["Network Switch"]
        X --> Y["Control"]
    end

    style Power fill:#f9f,stroke:#333
    style Power fill:#ccf,stroke:#333
    style Power fill:#cfc,stroke:#333
    style Power fill:#fcc,stroke:#333
    style Power fill:#ffc,stroke:#333
    style Power fill:#cff,stroke:#333
    style Power fill:#ffc,stroke:#333
    style Power fill:#ffc,stroke:#333
    style Power fill:#ffc,stroke:#333
    style Power fill:#ffc,stroke:#333
    style Power fill:#ffc,stroke:#333
    style Power fill:#ffc,stroke:#333
    style Power fill:#ffc,stroke:#333
    style Power fill:#ffc,stroke:#333
    subgraph NetworkSwitch
        X
        Y
    end

    note right of F: Many Video codecs can be added until the available bandwidth is exhausted. BASE radio bandwidth is shared between the Remote radio.
    note right of F: Many Video codecs can be added until the available bandwidth is exhausted. BASE radio bandwidth is shared between the Remote radio.

This Diagram is for illustration purposes only

SilverNet Hardware

What's in the box?

- BASE 500 90

■ 1 x Radio with integrated 90° Sector antenna
■ 1 x PoE Injector (Gigabit)
■ 1 x Mounting Brackets Set

BASE 500 360

■ 1 x Radio with integrated 360° Sector antenna
■ 1 x PoE Injector (Gigabit)
■ 1 x Mounting Brackets Set

SilverNet Hardware

What's in the box?

BASE 500

■ 1 x Radio (Antenna Required)
■ 1 x PoE Injector (Gigabit)
■ 1 x Mounting Brackets Set

Options

■ 360° Omni Antenna
■ 90° Sector Antenna
■ 120° Sector Antenna
■ 2, 4, 8 m Antenna cable x 2
■ 10, 20, 50, 90m Downlink cable

Ordering a Point to Multipoint AP/BASE

BASE 500

External Antenna, 500Mbps

SIL BASE 500

BASE 500 90

90° Sector Antenna, 500Mbps

SIL BASE 500 90

BASE 500 360

360° Omni Antenna, 500Mbps

SIL BASE 500 360

BASE 500 options:

A. 2, 4, 8 meter Antenna cable (2 req) - SIL4CABXM
B. 10, 20, 50, 90 meter Downlink cable – SIL DLCXXM
C. 360° Omni Antenna - SIL OAN 5812
90° Sector Antenna – SIL SAN 5820-90
120° Sector Antenna - SIL SAN 5819-120

Ordering a Point to Multipoint CLIENT

MICRO 95 up to 2KM, 95Mbps SIL MICRO 95

MICRO 240

up to 2KM, 240Mbps

SIL MICRO 240

LITE 240

up to 6KM, 240Mbps

SIL LITE 240

LITE 500

up to 6KM, 500Mbps

SIL LITE 500

Remove - PCP from the part code for a single radio

Now Add:

10, 20, 50, 90 m Downlink cable – SIL DLCXXM

*1 Per Radio

Monitoring Software

Download for FREE from our website Download Centre

SilverView

Makes easy, even easier!

■ Real Time Monitoring

■ See Throughput
- Link Quality
■ See your IP address

■ Built in Data tester

■ Throughput test your link
■ Test multiple data streams
■ Test tcp, udp and multicast traffic

Need Help?

Defaults:

Wireless SSID silvernetwireless

Wireless Encryption key: silvernetwireless

Wireless Encryption type: AES

IP Address of Device 1 : 192.168.0.228

IP Address of Device 2 : 192.168.0.229

Subnet Mask of Devices : 255.255.255.0

Admin Username : admin

Admin Password : password

If you need any further assistance go to our website download centre:

www.silvernet.com/downloadcentre/

1. Read the easy as 1-2-3 setup guide
2. View our troubleshooting guide: www.silvernet.com/support/FAQ.php
3. Read the Manual: www.silvernet.com/downloadcentre/Userguides/11n-Manual.pdf
4. use our online ticket support: www.silvernet.com/support/
5. email us at [e-mail]
6. call our support team on 08712233067

Note:

More information and SilverView NMS please go to our website download centre:

www.silvernet.com/downloadcentre/

Contact Us

0800 652 1629

[e-mail]

www.silvernet.com