CEENet
Central and Eastern European Networking Association

Moldova

Networking organization:

Research and Educational Networking Association of Moldova - RENAM.

(Asociatia Obsteasca RENAM)
Stefan - cel - Mare str., num. 168, Office 314
MD2004 Kishinev (Chisinau)
Moldova

Website: www.renam.md

Organizational structure

Public Association RENAM is a non-governmental, non-commercial and non-profit organization, established in the form of the public institution, carrying out its activities in conformity with the Constitution and the law of the Republic of Moldova. Principal purpose of RENAM's activities - continuous development of communication and information infrastructure of the scientific and educational community of Moldova.
RENAM was founded and registered by the Ministry of Justice of the Republic of Moldova in June 1999. According to its Statute, the Association is open for every scientific and educational body in Moldova, which is interested in its networking and information resources.

In 2002 the status of RENAM was adopted as official NREN (National Research and Education Network) of the Republic of Moldova.

RENAM has unlimited terms of existence and covers by its activities whole territory of Republic of Moldova.
The functional aim of RENAM is to establish and develop computer network and information services on a modern level mostly in higher and secondary education, research institutions, libraries and public collections, continuous and active participation in the work of international computer network organizations.

The program is supported by the following organizations: NATO Science Programme Committee, Ministry of Science and Education of Moldova, Academy of Science (ASM) of Moldova and leading universities.

 

Organizational structure of RENAM:

1) General meeting of the Association

2) Council of the Association

3) Technical experts Committee

4) Executive Managers Department

5) NOC - Network Operating Center

 

Current members of RENAM:

The Academy of Sciences of Moldova;

The Academy of Economical Studies;

Technical University of Moldova;

State University of Moldova;

State Agrarian University of Moldova;

Republican Center of Research in Informatics

Beltsi State University “A. Russo” (Beltsi city);

Cahul State University (Cahul city);

 

More details about RENAM infrastructure is published on http://www.renam.md/r_n_s.html

Actual topology

Internal connectivity:

The foundation of internal RENAM network infrastructure is the E1 data flows, xDSL technology leased lines and radio-links based IP network backbone placed in Chisinau city (the Capital of Moldova). Radio-relay facilities are used to connect basic backbone with peripheral points in Cahul and Belti cities. RENAM is also connected to Moldtelecom’s IX switch for local traffic exchange with all Moldavian ISPs.

 

See maps on http://www.renam.md/backbone.jpg, http://www.renam.md/stage2.jpg

External connectivity is provided by several external links:

 

To which network

Capacity, Mbit/s

RoEduNet (Romania)

8

Local ISP (Relsoft)

2

One of the European Satellite ISP

4

Moldavian Internet Exchange

2

DFN/GEANT satellite link

0.128

 

See map on http://www.renam.md/extcon.gif

Protocols used

TCP/IP, PPP

Number of hosts and users

- over 50 hosts registered into DNS
- over 10000 final users
- 6 universities and 25 research institutions permanently connected by leased lines
- over 500 scientists, professors and universities/colleges teachers use dial up connection.

Financial sources

International organizations grants.

Members and connected users payments.

Plans for future:

Improvements of external Internet connectivity on the base of the capacity increasing of the existing channels, creation of new VSAT and other external links and, in particular, providing access to GEANT network by realizing the project of direct connection with the scientific and educational network of Romania RoEduNet.

Negotiation with NRENs of Ukraine in order to establish direct connection with the scientific and educational community of Ukraine.

Provide ATM-based optical internal backbone connectivity.

Main obstacles

Insufficient bandwidth of existing lines.

Lack of internal state funding.