Verified vendor solutions.


The following systems have been verified as meeting specifications by the Association members.

 

SIKLU

PTMP 1 Gbps Siklu Multihaul 80GHz

Cambium
Hi Michael
Thank you for the opportunity to work with WiSPAU on the NSW Gov EoI for Broadband Services.
As requested I have put together some sample BoMs with MSRP$A budgetary pricing EX GST.

PTP820C 2+0 Narrow will give 1Gbps link.

PTP820C 2+0 Wide will give 1.2Gbps link

PTP820C 4+4 will give 4Gbps link

PTP820S 1+0 will give 500Mbps link

I can do 2+2 if required as well.

PMP450M – has one AP and 20 SMs, with an CMM5 (sync Option).

Please let me know if this is what you needs and also if you need anything else.
Do you need supporting data sheets?
Note project pricing may well attract decent discounts.
Regards

Roy Wittert

Cambium PMP450m (cnMedusa) and 20SMs.xlsx Cambium PMP450m (cnMedusa) and 20SMs.xlsx
Cambium PTP820C 11GHz Wide 2+0 MSRP.xlsx Cambium PTP820C 11GHz Wide 2+0 MSRP.xlsx
Cambium PTP820C 11GHz Narrow 2+0 MSRP.xlsx Cambium PTP820C 11GHz Narrow 2+0 MSRP.xlsx
Cambium PTP820C 11GHz Narrow 4+4 MSRP.xlsx Cambium PTP820C 11GHz Narrow 4+4 MSRP.xlsx
Cambium PTP820S 23GHz 1+0 MSRP.xlsx Cambium PTP820S 23GHz 1+0 MSRP.xlsx

 

NEC

Hi Dainen

Please see attached a couple of options for the below configurations

2+0         Max throughput using 2x56MHz channels @2048QAM= 1.24Gbps full duplex on a single 10G interface using L1LA (Layer 1 link aggregation)

Max throughput using 2x80MHz channels @2048QAM= 1.7Gbps full duplex on a single 10G interface using L1LA (Layer 1 link aggregation)

4+0         Max throughput using 4x56MHz channels @2048QAM= 2.48Gbps full duplex on a single 10G interface using L1LA (Layer 1 link aggregation)

Max throughput using 4x 80MHz channels @2048QAM= 3.4Gbps full duplex  with 2x RTA groups. 2.5G on a single 10G interface using L1LA (Layer 1 link aggregation), and 900Mbps on another GigE interface

6+0         Max throughput using 4x56MHz +2x80MHz channels @2048QAM= 4.1Gbps full duplex with 2x RTA groups. 2.5G on a single 10G interface using L1LA (Layer 1 link aggregation), and 1.6Gbps on another 10G interface

8+0         Max throughput using 8x56MHz channels @2048QAM= 5Gbps full duplex with 2x RTA groups. 2.5G on a single 10G interface using L1LA (Layer 1 link aggregation), and 2.5Gbps on another 10G interface

 

Ball park figure is about A$9,000 (Ex GST) per radio channel/per link. i.e. a 4+0 configuration is about 36k without antennas, and 8+0 configuration is about 72k per link

 

Antennas are the below

6/7/8GHz

1m          VHLPX3-6W-NC3              $2,260.49 (Ex GST) each

1.2m      VHLPX4-6W-NC3              $3,328.37 (Ex GST) each

1.8m      VHLPX6-6W-NC3              $7,168.11 (Ex GST) each

11-38GHz

0.3m      VHLP1-13S-NC3(F)           $614.98 (Ex GST) each

0.6m      VHLP2-13S-NC3(F)           $915.19 (Ex GST) each

1m          VHLP3-13S-NC3(E)           $1,506.05 (Ex GST) each

1.2m      VHLP4-13S-NC3(F)           $2,864.02 (Ex GST) each

1.8m      VHLP6-13S-NC3(D)          $6,322.42 (Ex GST) each

http://wispau.org.au/docs/2018/nec1.pdf

Hoping this helps

Regards, Krisztian