Fees for ISPs
The service of interconnection to MIX public peering LAN, referred to as
"basic service", is subject to the fees
hereinafter described.
In addition, for those ISPs already connected to MIX, a number of "additional services", quoted separately, are available.
The basic service
fees include:
1/3 of standard 19'' rack
supplied and precabled by MIX for ISPs peering equipment (if
installed inside the MIX data center);
rack supply for optical boxes installation
supplied and precabled by MIX (if peering equipment are installed
outside the MIX data center) ;
out-of-band access to ISP devices for
remote management provided by MIX ;
2 power plugs (220 V) on redundant power supply bars
redundant power supply as described in the document "Security systems" [Ref. MIX-303];
first level assistance for failure management and devices installation;
H24 access to MIX data center as described by art. 10.2.2 and 10.3.2 of the
"Memorandum of understanding"
The basic service also includes the following
accessory services
- direct peering with "i.root-servers.net" replica;
- direct peering with "k.root-servers.net" replica;
- direct advertisement of secondary ccTLDs name-servers
hosted at MIX;
- subscription to the technical mailing list of MIX customers;
- subscription to the MIX customers list with the associated
nominal bandwidth;
- addition to the MIX customers list in the Euro-IX database;
- access to MIX members area.
The annual fee does not include connection costs between peering routers and ISPs backbones.
In case an ISP needs additional and/or different resources from the ones included in the basic service, these resources will be
quoted separately.
Fees for the basic service

Examples:
NB=8Mb annual fee =
c1*8
NB=100Mb annual fee = c1*16 + c2* (100-16)
The coefficient values are the following:
C1= Euro 250,00
C2= Euro 70,00
C3= Euro 7,00
C4= Euro 0,80
The Nominal Bandwidth / Fees table is the following:
|
Range |
Nominal
Bandwidth
Mbits |
Annual Fee
Euro |
Resources
included with the fee: 1/3 rack + |
|
Small
|
4 |
1.000 |
1 port 10/100 TX |
|
6 |
1.500 |
1 port
10/100 TX |
|
8 |
2.000 |
1 port
10/100 TX |
|
10 |
2.500 |
1 port
10/100 TX |
|
12 |
3.000 |
1 port
10/100 TX |
|
14 |
|
|
|
16 |
|
|
|
Range |
Nominal
Bandwidth
Mbits |
Annual Fee
Euro |
Resources
included with the fee: 1/3 rack + |
|
Medium |
20 |
4.280 |
1 port
10/100 TX |
|
25 |
4.630 |
1 port
10/100 TX |
|
30 |
4.980 |
1 port
10/100 TX |
|
34 |
5.260 |
1 port
10/100 TX |
|
40 |
5.680 |
1 port
10/100 TX |
|
45 |
6.030 |
1 port
10/100 TX |
|
50 |
6.380 |
1 port
10/100 TX |
|
55 |
6.730 |
1 port
10/100 TX |
|
60 |
7.080 |
1 port
10/100 TX |
|
68 |
7.640 |
1 port
10/100 TX |
|
80 |
8.480 |
1 port
10/100 TX |
|
90 |
9.180 |
1 port
10/100 TX |
|
100 |
9.880 |
2 ports 10/100 TX
or
1 port 1000
LX/SX/LH |
|
120 |
11.280 |
2 ports 10/100 TX
or
1 port
1000
LX/SX/LH |
|
140 |
12.680 |
2 ports 10/100 TX
or
1 port
1000
LX/SX/LH |
|
155 |
13.730 |
2 ports 10/100 TX
or
1 port
1000
LX/SX/LH |
|
Range |
Nominal
Bandwidth
Mbits |
Annual Fee
Euro |
Resources
included with the fee: 1/3 rack + |
|
Large |
200 |
14.045 |
1 port 1000
LX/SX/LH |
|
310 |
14.815 |
1 port 1000
LX/SX/LH |
|
400 |
15.445 |
1 port 1000
LX/SX/LH |
|
620 |
16.985 |
1 port 1000
LX/SX/LH |
|
1000 |
19.645 |
1 port 1000
LX/SX/LH |
|
2000 |
26.645 |
2 ports 1000
LX/SX/LH |
|
Range |
Nominal
Bandwidth
Mbits |
Annual Fee
Euro |
Resources
included with the fee: 1/3 rack + |
|
Extra
Large |
3000 |
27.445 |
1 port
10GE LR/SR |
|
4000 |
28.245 |
1 port
10GE LR/SR |
|
5000 |
29.045 |
1 port
10GE LR/SR |
|
10000 |
33.045 |
1 port
10GE LR/SR |
The Nominal Bandwidth
The Nominal Bandwidth is the
amount of bandwidth that an ISP needs for the peering traffic on the MIX LAN.
Values of "nominal bandwidth" are to be intended as "up to": for instance, 15Mb of usage are associated to 16Mb of nominal bandwidth.
The nominal bandwidth must not be greater than the geographical circuit speed used for WAN connection to the MIX and represents the only value that can be published (by MIX and by the ISP) as the connection speed between MIX and the ISP.
The nominal bandwidth is declared by the ISP upon connection to MIX and can be upgraded during the contract period depending on the actual bandwidth usage, as described in "The balance procedure"; downgrade is allowed only on renewal.
The
balance procedure
MIX uses monitoring tools for each interface connected to its LAN (each ISP can see its own graphics as well as graphics of all other members using the correct password
to access the members area).
Every month the monitoring system data is processed through the algorithm described below:
if
the actual bandwidth usage is greater than the nominal bandwidth:
- after the first month MIX sends a warning
e-mail to the technical contacts;
after the second month, if the usage is still greater, MIX sends the administrative contacts an invoice for the difference;
if during the second month the usage drops below the declared limits, the process starts from zero;
if at the end of the third month the ISP has not paid the invoice, MIX will set a rate limit on the ISP switch port equal to the nominal bandwidth value, and will send an e-mail to both the technical and
administrative contacts.
Note: the third month is the deadline for making payment but,
even if during this month the usage falls back to the nominal value, from at administrative point of view
what has been calculated at the end of the second month must be taken into consideration.
Each ISP, of course, based on its own needs, can request an upgrade of the nominal bandwidth without waiting for the MIX balance procedure.
Please remember that for
downgrading the nominal value, you have to wait for contract
renewal.
Description of the algorithm for the bandwidth usage
calculation
The
considered values are those produced by the monitoring tool used by the MIX for
checking the connection circuits state and usage on its own LAN.
The
monitoring tool is, today one of the most popular public domain software
for this purpose.
MRTG
gets monitored interfaces counters values and stores them into log files,
particularly the values of the couple (Max IN, Max OUT).
Every
5 minutes the maximum values of the counters, extracted every minute inside the
range, are calculated; these values are stored in a log file (one for each
interface) closed every 24 hours: in this way it’s possible to make a daily
analysis of the bandwidth usage with a 5 minutes granularity.
The
algorithm extracts the couples (Max IN, Max OUT) from the daily log file and sorts them in two decreasing arrays; the first 10% is cut off from each array
and the remaining higher value is stored in the monthly historical file related to that
organization.
At
00:01 of the 1st day of the following month, the historical file is
closed and sorted in two decreasing arrays (IN and OUT); again, the first 10% is
cut off from each array and the maximum value between the
remaining maximum inputs and outputs is
extracted: this value is the value considered as the bandwidth usage for that month.
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