All bid deadlines are 11:59pm Pacific Time the date of the bid deadline listed unless otherwise noted.
C2List.docx |
C2COVERPAGE90.pdf |
2018C2BiddingInstructions83.docx |
Answer:
1. We are multimode from each MDF to the campus IDFs and Single mode 1 Gig between Campuses.
Sealy ES -2 Single mode 1Gb LC LX Trans, 6 Multimode LC 10Gb - Fiber Cable will be OM4
Sealy JH - 40 Multimode LC 10Gb - Fiber cable will be OM4
Sealy High - 40 Multimode LC 10Gb - Fiber cable is OM4
Selman ES - 20 Multimode LC 10Gb - Fiber cable is OM4
2. I have broken this down into ports covered by ERate and not covered by ERate. One recommendation I am considering is keeping the two types of devices on separate switches. By my count mixing these devices on the same switch would decrease my switch count only by 3 and cause me headaches in the future. Also, my non ERate numbers are exaggerated until I have a full design plan for Public Address system which is IP based.
Here is my port count per IDF for the Sealy ES - ERate ports are data or data/voice shared ports , Non ERate ports are (voice only ports,cameras,PA system, PA Accessories, IP Clocks)
IDF 1 54 ERate, 51 non ERate
IDF2 64 ERate, 50 non ERate
IDF3 78 ERate, 70 non ERate
MDF 107 ERate, 89 non ERate
3. Listed below are minimums: Extra ports are nice when yrs down the road a port goes bad. Uplink port should be an SFP+ port 10GB/1GB or multi-GB.
At Sealy ES we need three uplink ports for each IDF switch stack (3 stacks) and MDF needs two uplink ports 1Gb (multi-GB would be nice) to other campuses
At Sealy JH we need two uplink ports per switch and MDF needs two uplink ports 1Gb (multi-GB would be nice) to other campuses
At Selman ES we need two uplink ports per switch and MDF needs two uplink ports 1Gb (multi-GB would be nice) to other campuses
At Sealy HS we need two uplink ports per switch.
And the Sealy ES, Sealy JH, and Selman ES MDF closets need enough uplink ports to connect to the IDFs.
Answer:
Yes they are the same address.
Answer:
HI John,
I hope this helps. I hope this is a more thorough explanasion as far as quantity of items in each IDF.
switchport should provide at least 10/100/1Gb copper POE+ to the desktops and 1/10Gb SFP+ for the uplink. We are 1Gb uplink now and hope this project will move us towards 10Gb.
Sealy High School
IDF 1 = 3 48prt RJ45 switches - one uplink (SFP+) per swich to be used right away with 10Gb gbic and another uplink used later. 3 10Gb gbics needed
IDF 2 = 4 48prt RJ45 switches - one uplink (SFP+)per swich to be used right away with 10Gb gbic and another uplink used later. 4 10Gb gbics needed
IDF 3 = 1 48prt RJ45 switches - one uplink (SFP+)per swich to be used right away with 10Gb gbic and another uplink used later. 1 10Gb gbics needed
IDF 4 = 4 48prt RJ45 switches - one uplink (SFP+)per swich to be used right away with 10Gb gbic and another uplink used later. 4 10Gb gbics needed
MDF = 22 10Gb gbics needed to support switches
Selman E.S.
MDF = 4 48prt RJ45 switches - one uplink (SFP+)per swich to be used right away with 10Gb gbic and another uplink used later. 4 10Gb gbics needed
IDF 1 = 3 48prt RJ45 switches - one uplink (SFP+) per swich to be used right away with 10Gb gbic and another uplink used later. 3 10Gb gbics needed
IDF 1 = 1 24prt RJ45 switches - one uplink (SFP+)per swich to be used right away with 10Gb gbic and another uplink used later. 1 10Gb gbics needed
MDF = 1 fiber switch (12 port) SFP+ needed to support these switches and growth. 12 10Gb gbics needed to support switches.
Sealy E.S. (new school opening next school yr)
IDF 1 = 2 48prt and 2 24prt RJ45 switches in stack config - one uplink (SFP+)per stack to be used right away with 10Gb gbic and another uplink used later.
1 10Gb gbics needed (one 48prt and one 24prt switches are non erate equipment)
IDF 2 = 3 48prt and 1 24prt RJ45 switches in stack config - one uplink (SFP+)per stack to be used right away with 10Gb gbic and another uplink used later.
1 10Gb gbics needed (one 24prt and one 48prt switches are non erate equipment)
IDF 3 = 4 48prt switches RJ45 in stack config - one uplink (SFP+)per stack to be used right away with 10Gb gbic and another uplink used later.
1 10Gb gbics needed (two 48prt switches are non erate equipment)
MDF = 6 48prt RJ45 modules, modules to support 12 fiber SFP+ for uplinks in a modular chassis - (3 48prt modules are non erate equipment).
Sealy J.H.
IDF Upstairs - 1 48prt switches RJ45 - one uplink (SFP+)per switch to be used right away with 10Gb gbic and another uplink used later.
1 10Gb gbics needed
IDF Cafe - 1 48prt switches RJ45 - one uplink (SFP+)per switch to be used right away with 10Gb gbic and another uplink used later.
1 10Gb gbics needed
IDF AH - 1 48prt switches RJ45 - one uplink (SFP+)per switch to be used right away with 10Gb gbic and another uplink used later.
1 10Gb gbics needed
IDF BCIS 2 48prt switches RJ45 - one uplink (SFP+)per switch to be used right away with 10Gb gbic and another uplink used later.
2 10Gb gbics needed
IDF Choir 1 48prt switches RJ45 - one uplink (SFP+)per switch to be used right away with 10Gb gbic and another uplink used later.
1 10Gb gbics needed
IDF MDF 3 48prt switches RJ45 and 1 fiber switch (14 port) SFP+ needed to support switches and growth. in stack config
12 10Gb gbics needed to support switches.