wsAP ac lite

m RBwsAP-5Hac2nD

Ny produkt

In-wall Dual Concurrent 2.4GHz / 5GHz wireless access point with three Ethernet ports and telephone jack pass through for hospitality networks

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Mer information

The wsAP ac lite is a perfect access point (AP) for hospitality networks (hotels, shopping malls, hospitals, airports etc.). It has an unobtrusive case that fits in standard wall power sockets. This way, the unit doesn’t attract attention and blends into any environment.

The wsAP has three Ethernet ports: one on the back side for easy PoE-in, and two LAN ports behind the front door. The device provides Dual concurrent 2.4 GHz and 5 GHz WiFi coverage, it supports 802.11ac, as well as legacy standards. A USB 2.0 port is provided, to charge mobile devices or for storage.

The device also has a pass through telephone jack (RJ11) to connect a desktop phone in a hotel room, for easier cable management. As a separate accessory you can order a special screw set (product code K50), that ensures the bottom door can only be opened by the owner. Mounting bracket fits US and EU most popular telecomunication sockets.

Specifications

Details
Product codeRBwsAP-5Hac2nD
ArchitectureMIPSBE
CPUQCA9531
CPU core count1
CPU nominal frequency650 MHz
Dimensions112 x 126 x 30 mm
License level4
Operating SystemRouterOS
Size of RAM64 MB
Storage size16 MB
Storage typeFLASH
Tested ambient temperature-40°C .. +60°C

Powering

Details
Max Power consumption10W
PoE in802.3af/at
PoE outPassive PoE
PoE in input Voltage18-57 V
Number of DC inputs1 (PoE-IN)

Wireless

Details
Wireless 2.4 GHz number of chains2
Wireless 2.4 GHz standards802.11b/g/n
Antenna gain dBi for 2.4 GHz1.5
Wireless 2.4 GHz chip modelQCA9531
Wireless 5 GHz number of chains1
Wireless 5 GHz standards802.11a/n/ac
Antenna gain dBi for 5 GHz3
Wireless 5 GHz chip modelQCA-9887

Ethernet

Details
10/100 Ethernet ports3

Peripherals

Details
Number of USB ports1
USB Power ResetYes
USB slot typeUSB type A
Max USB current (A)0.5

Wireless specifications

2.4 GHzTransmit (dBm)Receive Sensitivity
1MBit/s22-96
11MBit/s22-89
6MBit/s20-93
54MBit/s18-74
MCS020-93
MCS716-71
5 GHzTransmit (dBm)Receive Sensitivity
6MBit/s23-93
54MBit/s20-75
MCS023-93
MCS719-71
MCS916-63

Ethernet test results

RBwsAP-5Hac2nDQCA9531 100M three port test
ModeConfiguration1518 byte512 byte64 byte
kppsMbpskppsMbpskppsMbps
Bridgingnone (fast path)24.4296.370.5288.8387.8198.6
Bridging25 bridge filter rules24.4296.370.5288.886.544.3
Routingnone (fast path)24.4296.370.5288.8220.4112.8
Routing25 simple queues24.4296.370.5288.8130.766.9
Routing25 ip filter rules24.4296.357.7236.358.830.1
  1. All tests are done with Xena Networks specialized test equipment (XenaBay),and done according to RFC2544 (Xena2544)
  2. Max throughput is determined with 30+ second attempts with 0,1% packet loss tolerance in 64, 512, 1518 byte packet sizes
  3. Values in Italic indicate that max throughput was reached without maxing out CPU, but because board interface configuration was maxed out
  4. Test results show device maximum performance, and are reached using mentioned hardware and software configuration, different configurations most likely will result in lower results

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wsAP ac lite

wsAP ac lite

In-wall Dual Concurrent 2.4GHz / 5GHz wireless access point with three Ethernet ports and telephone jack pass through for hospitality networks

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wsAP ac lite <div class="grid_9 content product_page"> <p>The wsAP ac lite is a perfect access point (AP) for hospitality networks (hotels, shopping malls, hospitals, airports etc.). It has an unobtrusive case that fits in standard wall power sockets. This way, the unit doesn’t attract attention and blends into any environment.</p> <p>The wsAP has three Ethernet ports: one on the back side for easy PoE-in, and two LAN ports behind the front door. The device provides Dual concurrent 2.4 GHz and 5 GHz WiFi coverage, it supports 802.11ac, as well as legacy standards. A USB 2.0 port is provided, to charge mobile devices or for storage.</p> The device also has a pass through telephone jack (RJ11) to connect a desktop phone in a hotel room, for easier cable management. As a separate accessory you can order a special screw set (product code K50), that ensures the bottom door can only be opened by the owner. Mounting bracket fits US and EU most popular telecomunication sockets.</div> <div class="grid_9 content product_page"></div> <div class="grid_9 content product_page"> <h2>Specifications</h2> <table class="table product-table"><thead><tr><th colspan="2">Details</th></tr></thead><tbody><tr><td>Product code</td> <td>RBwsAP-5Hac2nD</td> </tr><tr><td>Architecture</td> <td>MIPSBE</td> </tr><tr><td>CPU</td> <td>QCA9531</td> </tr><tr><td>CPU core count</td> <td>1</td> </tr><tr><td>CPU nominal frequency</td> <td>650 MHz</td> </tr><tr><td>Dimensions</td> <td>112 x 126 x 30 mm</td> </tr><tr><td>License level</td> <td>4</td> </tr><tr><td>Operating System</td> <td>RouterOS</td> </tr><tr><td>Size of RAM</td> <td>64 MB</td> </tr><tr><td>Storage size</td> <td>16 MB</td> </tr><tr><td>Storage type</td> <td>FLASH</td> </tr><tr><td>Tested ambient temperature</td> <td>-40°C .. +60°C</td> </tr></tbody></table><h2>Powering</h2> <table class="table product-table"><thead><tr><th colspan="2">Details</th></tr></thead><tbody><tr><td>Max Power consumption</td> <td>10W</td> </tr><tr><td>PoE in</td> <td>802.3af/at</td> </tr><tr><td>PoE out</td> <td>Passive PoE</td> </tr><tr><td>PoE in input Voltage</td> <td>18-57 V</td> </tr><tr><td>Number of DC inputs</td> <td>1 (PoE-IN)</td> </tr></tbody></table><h2>Wireless</h2> <table class="table product-table"><thead><tr><th colspan="2">Details</th></tr></thead><tbody><tr><td>Wireless 2.4 GHz number of chains</td> <td>2</td> </tr><tr><td>Wireless 2.4 GHz standards</td> <td>802.11b/g/n</td> </tr><tr><td>Antenna gain dBi for 2.4 GHz</td> <td>1.5</td> </tr><tr><td>Wireless 2.4 GHz chip model</td> <td>QCA9531</td> </tr><tr><td>Wireless 5 GHz number of chains</td> <td>1</td> </tr><tr><td>Wireless 5 GHz standards</td> <td>802.11a/n/ac</td> </tr><tr><td>Antenna gain dBi for 5 GHz</td> <td>3</td> </tr><tr><td>Wireless 5 GHz chip model</td> <td>QCA-9887</td> </tr></tbody></table><h2>Ethernet</h2> <table class="table product-table"><thead><tr><th colspan="2">Details</th></tr></thead><tbody><tr><td>10/100 Ethernet ports</td> <td>3</td> </tr></tbody></table><h2>Peripherals</h2> <table class="table product-table"><thead><tr><th colspan="2">Details</th></tr></thead><tbody><tr><td>Number of USB ports</td> <td>1</td> </tr><tr><td>USB Power Reset</td> <td>Yes</td> </tr><tr><td>USB slot type</td> <td>USB type A</td> </tr><tr><td>Max USB current (A)</td> <td>0.5</td> </tr></tbody></table><h2>Wireless specifications</h2> <table class="table product-table"><thead><tr><th>2.4 GHz</th><th>Transmit (dBm)</th><th>Receive Sensitivity</th></tr></thead><tbody><tr><td>1MBit/s</td> <td>22</td> <td>-96</td> </tr><tr><td>11MBit/s</td> <td>22</td> <td>-89</td> </tr><tr><td>6MBit/s</td> <td>20</td> <td>-93</td> </tr><tr><td>54MBit/s</td> <td>18</td> <td>-74</td> </tr><tr><td>MCS0</td> <td>20</td> <td>-93</td> </tr><tr><td>MCS7</td> <td>16</td> <td>-71</td> </tr></tbody></table><table class="table product-table"><thead><tr><th>5 GHz</th><th>Transmit (dBm)</th><th>Receive Sensitivity</th></tr></thead><tbody><tr><td>6MBit/s</td> <td>23</td> <td>-93</td> </tr><tr><td>54MBit/s</td> <td>20</td> <td>-75</td> </tr><tr><td>MCS0</td> <td>23</td> <td>-93</td> </tr><tr><td>MCS7</td> <td>19</td> <td>-71</td> </tr><tr><td>MCS9</td> <td>16</td> <td>-63</td> </tr></tbody></table><div class="content active" id="testresults"> <div class="row"> <div class="large-12 columns"> <h2>Ethernet test results</h2> <div class="table-wrapper"> <table class="table performance-table"><thead><tr><td colspan="2">RBwsAP-5Hac2nD</td> <td colspan="6">QCA9531 100M three port test</td> </tr><tr><td rowspan="2">Mode</td> <td rowspan="2">Configuration</td> <td colspan="2">1518 byte</td> <td colspan="2">512 byte</td> <td colspan="2">64 byte</td> </tr><tr><td>kpps</td> <td>Mbps</td> <td>kpps</td> <td>Mbps</td> <td>kpps</td> <td>Mbps</td> </tr></thead><tbody><tr><td>Bridging</td> <td>none (fast path)</td> <td class="kpps size1518">24.4</td> <td class="mbps size1518">296.3</td> <td class="kpps size512">70.5</td> <td class="mbps size512">288.8</td> <td class="kpps size64">387.8</td> <td class="mbps size64">198.6</td> </tr><tr><td>Bridging</td> <td>25 bridge filter rules</td> <td class="kpps size1518">24.4</td> <td class="mbps size1518">296.3</td> <td class="kpps size512">70.5</td> <td class="mbps size512">288.8</td> <td class="kpps size64">86.5</td> <td class="mbps size64">44.3</td> </tr><tr><td>Routing</td> <td>none (fast path)</td> <td class="kpps size1518">24.4</td> <td class="mbps size1518">296.3</td> <td class="kpps size512">70.5</td> <td class="mbps size512">288.8</td> <td class="kpps size64">220.4</td> <td class="mbps size64">112.8</td> </tr><tr><td>Routing</td> <td>25 simple queues</td> <td class="kpps size1518">24.4</td> <td class="mbps size1518">296.3</td> <td class="kpps size512">70.5</td> <td class="mbps size512">288.8</td> <td class="kpps size64">130.7</td> <td class="mbps size64">66.9</td> </tr><tr><td>Routing</td> <td>25 ip filter rules</td> <td class="kpps size1518">24.4</td> <td class="mbps size1518">296.3</td> <td class="kpps size512">57.7</td> <td class="mbps size512">236.3</td> <td class="kpps size64">58.8</td> <td class="mbps size64">30.1</td> </tr></tbody></table></div> <ol class="meta-test"><li>All tests are done with Xena Networks specialized test equipment (XenaBay),and done according to RFC2544 (Xena2544)</li> <li>Max throughput is determined with 30+ second attempts with 0,1% packet loss tolerance in 64, 512, 1518 byte packet sizes</li> <li>Values in Italic indicate that max throughput was reached without maxing out CPU, but because board interface configuration was maxed out</li> <li>Test results show device maximum performance, and are reached using mentioned hardware and software configuration, different configurations most likely will result in lower results</li> </ol></div> </div> </div> </div>
587,20 kr