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Draytek DAP960C, VigorAP 960C Wi-Fi Mesh Ceiling-Mount Access Point, Wireless AX, 2xInternal Antenna, 1xLAN Port (PoE-PD Support), 2×2 MU-MIMO,
DAP960C
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$230.89
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- •Brand: Drytek
- •Warranty: 2 Year
- •Model: 99X360044
The Draytek VigorAP 960C is an advanced 802.11ax ceiling-mount wireless Access Point designed for high density environments. With speeds up to 1.2 Gbps in the 5GHz band and 600Mbps in the 2.4GHz band, this AP is perfect for businesses, schools, and large venues. It can be cloud-managed using VigorACS, and serves as the Mesh Root AP to manage up to 7 Mesh node APs in a LAN. The LAN Port features 1x 10/100/1000M Base-T with PoE-PD Support, making installation and management easy and efficient. The Draytek VigorAP 960C comes with a 2-year warranty for added peace of mind.
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VigorAP 960C is an 802.11ax ceiling-mount wireless Access Point. With speed up to 1.2 Gbps in 5GHz band and 600Mbps in 2.4GHz band, this AP is suitable for high density environments. It can be cloud-managed by VigorACS, and also act as the Mesh Root AP to manage up to 7 Mesh node APs in a LAN.

1 - Factory Reset Button
2 - Security Lock
3 - LAN : 10/100/1000M Base-T RJ-45 PoE-PD Support
4 - DC Power Input

New OFDMA Feature for 802.11ax (WiFi 6) wireless AP
Higher Transmission Efficiency with OFDMA
OFDMA has been used in LTE for many years, and is now available in 802.11ax for multi-user mode.
With legacy OFDM, each frame is transmitted across the entire channel width. When the transmission rate is low, this causes more latency and jitters and lower the overall efficiency.
OFDMA splits a single frame into groups of subcarriers, and each subcarrier can be sent simultaneously. With multiple access mode, it allows multiple users to transmit at the same time thus improving efficiency and enhancing user experiences in high density environments.

Station List and Allow/Block List
The VigorAP records details of associated devices, including signal strength, airtime, link rate, data usage, etc. Network administrators can track clients’ connectivity and activities history on a panel. Allow/Block Lists can be created with MAC address or device type options to block suspicious activities.

Nearby Station Analytics
The VigorAP records signal strength against MAC addresses of both associated and non-associated devices nearby. This information helps network administrators to understand signal levels and network conditions for visitors, and to modify wireless network settings, such as access or client messages, for their business or organization.

AP-Assisted Roaming – built-in in all Vigor Access Points
Extend Transmission Range
When a Wi-Fi client moves out of its effective transmission range which is defined by the Basic Rate and/or Received Signal Strength threshold, the AP forces the Wi-Fi client to pick up a nearby access point with stronger signals thereby extending the range.
Improve Data Rates
When the “Minimum RSSI with Adjacent AP” option is set, APs or routers on the same local subnet will exchange client information with each other and switch to the AP or router that has the strongest signal, ensuring that data rates can be as good as possible.
Better User Experience
Instead of ineffective transmission with low basic rates or RSSI, the better links provide better user experience while saving the airtime.
No Controller Required
Assisted Roaming is a built-in feature in all Vigor Access Points and a number of Wi-Fi routers; it saves the need for an ad-hoc wireless controller and is an ideal solution for simple network deployments.

VigorAP 960C is an 802.11ax ceiling-mount wireless Access Point. With speed up to 1.2 Gbps in 5GHz band and 600Mbps in 2.4GHz band, this AP is suitable for high density environments. It can be cloud-managed by VigorACS, and also act as the Mesh Root AP to manage up to 7 Mesh node APs in a LAN.

1 - Factory Reset Button
2 - Security Lock
3 - LAN : 10/100/1000M Base-T RJ-45 PoE-PD Support
4 - DC Power Input

New OFDMA Feature for 802.11ax (WiFi 6) wireless AP
Higher Transmission Efficiency with OFDMA
OFDMA has been used in LTE for many years, and is now available in 802.11ax for multi-user mode.
With legacy OFDM, each frame is transmitted across the entire channel width. When the transmission rate is low, this causes more latency and jitters and lower the overall efficiency.
OFDMA splits a single frame into groups of subcarriers, and each subcarrier can be sent simultaneously. With multiple access mode, it allows multiple users to transmit at the same time thus improving efficiency and enhancing user experiences in high density environments.

Station List and Allow/Block List
The VigorAP records details of associated devices, including signal strength, airtime, link rate, data usage, etc. Network administrators can track clients’ connectivity and activities history on a panel. Allow/Block Lists can be created with MAC address or device type options to block suspicious activities.

Nearby Station Analytics
The VigorAP records signal strength against MAC addresses of both associated and non-associated devices nearby. This information helps network administrators to understand signal levels and network conditions for visitors, and to modify wireless network settings, such as access or client messages, for their business or organization.

AP-Assisted Roaming – built-in in all Vigor Access Points
Extend Transmission Range
When a Wi-Fi client moves out of its effective transmission range which is defined by the Basic Rate and/or Received Signal Strength threshold, the AP forces the Wi-Fi client to pick up a nearby access point with stronger signals thereby extending the range.
Improve Data Rates
When the “Minimum RSSI with Adjacent AP” option is set, APs or routers on the same local subnet will exchange client information with each other and switch to the AP or router that has the strongest signal, ensuring that data rates can be as good as possible.
Better User Experience
Instead of ineffective transmission with low basic rates or RSSI, the better links provide better user experience while saving the airtime.
No Controller Required
Assisted Roaming is a built-in feature in all Vigor Access Points and a number of Wi-Fi routers; it saves the need for an ad-hoc wireless controller and is an ideal solution for simple network deployments.

VigorAP 960C is an 802.11ax ceiling-mount wireless Access Point. With speed up to 1.2 Gbps in 5GHz band and 600Mbps in 2.4GHz band, this AP is suitable for high density environments. It can be cloud-managed by VigorACS, and also act as the Mesh Root AP to manage up to 7 Mesh node APs in a LAN.

1 - Factory Reset Button
2 - Security Lock
3 - LAN : 10/100/1000M Base-T RJ-45 PoE-PD Support
4 - DC Power Input

New OFDMA Feature for 802.11ax (WiFi 6) wireless AP
Higher Transmission Efficiency with OFDMA
OFDMA has been used in LTE for many years, and is now available in 802.11ax for multi-user mode.
With legacy OFDM, each frame is transmitted across the entire channel width. When the transmission rate is low, this causes more latency and jitters and lower the overall efficiency.
OFDMA splits a single frame into groups of subcarriers, and each subcarrier can be sent simultaneously. With multiple access mode, it allows multiple users to transmit at the same time thus improving efficiency and enhancing user experiences in high density environments.

Station List and Allow/Block List
The VigorAP records details of associated devices, including signal strength, airtime, link rate, data usage, etc. Network administrators can track clients’ connectivity and activities history on a panel. Allow/Block Lists can be created with MAC address or device type options to block suspicious activities.

Nearby Station Analytics
The VigorAP records signal strength against MAC addresses of both associated and non-associated devices nearby. This information helps network administrators to understand signal levels and network conditions for visitors, and to modify wireless network settings, such as access or client messages, for their business or organization.

AP-Assisted Roaming – built-in in all Vigor Access Points
Extend Transmission Range
When a Wi-Fi client moves out of its effective transmission range which is defined by the Basic Rate and/or Received Signal Strength threshold, the AP forces the Wi-Fi client to pick up a nearby access point with stronger signals thereby extending the range.
Improve Data Rates
When the “Minimum RSSI with Adjacent AP” option is set, APs or routers on the same local subnet will exchange client information with each other and switch to the AP or router that has the strongest signal, ensuring that data rates can be as good as possible.
Better User Experience
Instead of ineffective transmission with low basic rates or RSSI, the better links provide better user experience while saving the airtime.
No Controller Required
Assisted Roaming is a built-in feature in all Vigor Access Points and a number of Wi-Fi routers; it saves the need for an ad-hoc wireless controller and is an ideal solution for simple network deployments.

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