my game is really fast in midnight but slow in morning

[amorou]

What model was on-line ups

I'm curious as well. Online/Double-Conversion UPS's should solve dirty power problems as it converts the power to dc and back to ac again. The conversion cleans it out completely. And they are usually quite expensive $800+.

I read some can pass high freq through on top of their compenents , if so very low capacitance isolation transformer with ups must solve this shit

[Slender]

What model was on-line ups

I'm curious as well. Online/Double-Conversion UPS's should solve dirty power problems as it converts the power to dc and back to ac again. The conversion cleans it out completely. And they are usually quite expensive $800+.

I read some can pass high freq through on top of their compenents , if so very low capacitance isolation transformer with ups must solve this shit

that doesnt fix

[amorou]

What model was on-line ups

I'm curious as well. Online/Double-Conversion UPS's should solve dirty power problems as it converts the power to dc and back to ac again. The conversion cleans it out completely. And they are usually quite expensive $800+.

I read some can pass high freq through on top of their compenents , if so very low capacitance isolation transformer with ups must solve this shit

that doesnt fix

iso xformer with "low interwinding capacitance"

This will block hf in ( and out yes) , you psu will see clean neutral

[Slender]

I'm curious as well. Online/Double-Conversion UPS's should solve dirty power problems as it converts the power to dc and back to ac again. The conversion cleans it out completely. And they are usually quite expensive $800+.

I read some can pass high freq through on top of their compenents , if so very low capacitance isolation transformer with ups must solve this shit

that doesnt fix

iso xformer with "low interwinding capacitance"

This will block hf in ( and out yes) , you psu will see clean neutral

do you have that?

[darkbebe]

The problem sadly comes from ISP i think . When people are asleep internet isp capacity is free but when people are awake watch tv or are on internet + enterprises transfering datas isp aren't handling the internet congestion correctly
i did many test over 3 years. tested every 4 local isp , starlink , 5g / 4g on every providers , wifi , every rj45 types , many computers ,changed location , many settings , battery , electrical installations , new electrical installations.
I did all the test on Cs go / CS2 because it's my favorite game but noticed the problem exist on valorant & apex legend too. I'm a top tier player and have a really good aim on cs.
We have fiber with max at 8gb/s. tested xpon and xsgspon
i finally talked with a friend who is working in tech & computer engineering in France he showed me this website
https://www.peeringdb.com/net/495


In Reunion island our hit register are awful on Europe (170 ping) and Singapour (80-100 ping).
On Singapour servers i have seen Russians with 100 150 ping with perfect hitreg when mine is almost all the time unplayable (i already had some really really rare games where hitreg was amazing)

We mainly play on South african servers located in Johannesburg where we have 36-47 ping which is really decent. Despite the decent ping it's the same problem as yours but with little changes .
With the website, my friend showed me the reason why we have awful hitreg on Singapour & Europe.
Every of our 4 ISP use 10G local port to provide internet to Singapour ! same for Europe.
-On South African servers we have one ISP with awful hit register no matter what you do , it has 60G Speed Port location
https://www.peeringdb.com/net/7875

-the other 3 that have more "decent" hit register has 100G speed port X 2 or 100G speed port. the best one has 2X 100
https://www.peeringdb.com/net/6639
during the night 19pm to 12am or in week ends when every people are at their home on tv provided by internet , netflix etc hit register becomes really bad and you see many ferrari peeks .

-There are south african servers with 68ping on cs 2 located to Cape Town and around , i never play on them , Hit register is disastrous . when you check , on the website the port location speed is 10G to Cape Town.

I also noticed when there is an special event like a big town party or national celebration which make people go out of their home , the hit register is perfect even during night

So i think all of this problem depends on the bandwith available to a destination , the number of users & the amounth of datas the clients uses. When there isn't enough bandwith available isp system probably reduce something else which impact the hit register and the game but the ping remains the same without any loss and jitter detected.

maybe you can check if you can find enough information on your isp on the website.

[amorou]

I read some can pass high freq through on top of their compenents , if so very low capacitance isolation transformer with ups must solve this shit

that doesnt fix

iso xformer with "low interwinding capacitance"

This will block hf in ( and out yes) , you psu will see clean neutral

do you have that?

No but im trying to get it builded.

E mailed 13 different xformer manufacturer at my country , only 5 of them returned (with negative response)

I can share specs you must ask to manufacturer , i wll post in few hours



Edit:

Hello,

We would like to request a quotation for a special isolation transformer of approximately 1 kVA, intended for EMC measurement applications.

Application:

Isolation of sensitive equipment and use in EMC test setups

Transformer Type:

Split-bobbin construction (toroidal designs are not acceptable)

Technical Requirements

A copper-foil electrostatic shield shall be placed between the primary and secondary windings.

The shield must not be connected to the core; it shall be brought out as a separate terminal.

The magnetic core must be fully insulated from the windings and the electrostatic shield (core-to-winding capacitive coupling should be minimized).

Primary-to-secondary capacitance shall be kept as low as possible, with a target value of < 5 pF.

The secondary winding must remain completely floating; terminals shall be labeled only, with no connection to earth or neutral.

The transformer shall be installed inside a metal enclosure / magnetic shielding housing.

No soft-start circuitry is required.

Required Test Data / Reporting

Primary-to-secondary leakage current / common-mode leakage, both RMS and peak-to-peak

Inter-winding capacitance measurements, at 100 kHz and preferably also at 1 MHz

If available, measurement of core-to-winding capacitive leakage may also be included in the report

Could you please confirm whether you can manufacture a transformer meeting these specifications?
We would also appreciate preliminary information regarding lead time and pricing.

Thank you.

[Slender]

that doesnt fix

iso xformer with "low interwinding capacitance"

This will block hf in ( and out yes) , you psu will see clean neutral

do you have that?

No but im trying to get it builded.

E mailed 13 different xformer manufacturer at my country , only 5 of them returned (with negative response)

I can share specs you must ask to manufacturer , i wll post in few hours



Edit:

Hello,

We would like to request a quotation for a special isolation transformer of approximately 1 kVA, intended for EMC measurement applications.

Application:

Isolation of sensitive equipment and use in EMC test setups

Transformer Type:

Split-bobbin construction (toroidal designs are not acceptable)

Technical Requirements

A copper-foil electrostatic shield shall be placed between the primary and secondary windings.

The shield must not be connected to the core; it shall be brought out as a separate terminal.

The magnetic core must be fully insulated from the windings and the electrostatic shield (core-to-winding capacitive coupling should be minimized).

Primary-to-secondary capacitance shall be kept as low as possible, with a target value of < 5 pF.

The secondary winding must remain completely floating; terminals shall be labeled only, with no connection to earth or neutral.

The transformer shall be installed inside a metal enclosure / magnetic shielding housing.

No soft-start circuitry is required.

Required Test Data / Reporting

Primary-to-secondary leakage current / common-mode leakage, both RMS and peak-to-peak

Inter-winding capacitance measurements, at 100 kHz and preferably also at 1 MHz

If available, measurement of core-to-winding capacitive leakage may also be included in the report

Could you please confirm whether you can manufacture a transformer meeting these specifications?
We would also appreciate preliminary information regarding lead time and pricing.

Thank you.

where u find that info?

[amorou]

iso xformer with "low interwinding capacitance"

This will block hf in ( and out yes) , you psu will see clean neutral

do you have that?

No but im trying to get it builded.

E mailed 13 different xformer manufacturer at my country , only 5 of them returned (with negative response)

I can share specs you must ask to manufacturer , i wll post in few hours



Edit:

Hello,

We would like to request a quotation for a special isolation transformer of approximately 1 kVA, intended for EMC measurement applications.

Application:

Isolation of sensitive equipment and use in EMC test setups

Transformer Type:

Split-bobbin construction (toroidal designs are not acceptable)

Technical Requirements

A copper-foil electrostatic shield shall be placed between the primary and secondary windings.

The shield must not be connected to the core; it shall be brought out as a separate terminal.

The magnetic core must be fully insulated from the windings and the electrostatic shield (core-to-winding capacitive coupling should be minimized).

Primary-to-secondary capacitance shall be kept as low as possible, with a target value of < 5 pF.

The secondary winding must remain completely floating; terminals shall be labeled only, with no connection to earth or neutral.

The transformer shall be installed inside a metal enclosure / magnetic shielding housing.

No soft-start circuitry is required.

Required Test Data / Reporting

Primary-to-secondary leakage current / common-mode leakage, both RMS and peak-to-peak

Inter-winding capacitance measurements, at 100 kHz and preferably also at 1 MHz

If available, measurement of core-to-winding capacitive leakage may also be included in the report

Could you please confirm whether you can manufacture a transformer meeting these specifications?
We would also appreciate preliminary information regarding lead time and pricing.

Thank you.

where u find that info?

I collected it myself bit by bit

Some forums , some guys like this :
https://www.youtube.com/watch?v=9JinSfCKuNQ

and chat gpt ofc

[Slender]

do you have that?

No but im trying to get it builded.

E mailed 13 different xformer manufacturer at my country , only 5 of them returned (with negative response)

I can share specs you must ask to manufacturer , i wll post in few hours



Edit:

Hello,

We would like to request a quotation for a special isolation transformer of approximately 1 kVA, intended for EMC measurement applications.

Application:

Isolation of sensitive equipment and use in EMC test setups

Transformer Type:

Split-bobbin construction (toroidal designs are not acceptable)

Technical Requirements

A copper-foil electrostatic shield shall be placed between the primary and secondary windings.

The shield must not be connected to the core; it shall be brought out as a separate terminal.

The magnetic core must be fully insulated from the windings and the electrostatic shield (core-to-winding capacitive coupling should be minimized).

Primary-to-secondary capacitance shall be kept as low as possible, with a target value of < 5 pF.

The secondary winding must remain completely floating; terminals shall be labeled only, with no connection to earth or neutral.

The transformer shall be installed inside a metal enclosure / magnetic shielding housing.

No soft-start circuitry is required.

Required Test Data / Reporting

Primary-to-secondary leakage current / common-mode leakage, both RMS and peak-to-peak

Inter-winding capacitance measurements, at 100 kHz and preferably also at 1 MHz

If available, measurement of core-to-winding capacitive leakage may also be included in the report

Could you please confirm whether you can manufacture a transformer meeting these specifications?
We would also appreciate preliminary information regarding lead time and pricing.

Thank you.

where u find that info?

I collected it myself bit by bit

Some forums , some guys like this :
https://www.youtube.com/watch?v=9JinSfCKuNQ

and chat gpt ofc

someone repliled you?
how much it will cost?

[amorou]

No but im trying to get it builded.

E mailed 13 different xformer manufacturer at my country , only 5 of them returned (with negative response)

I can share specs you must ask to manufacturer , i wll post in few hours



Edit:

Hello,

We would like to request a quotation for a special isolation transformer of approximately 1 kVA, intended for EMC measurement applications.

Application:

Isolation of sensitive equipment and use in EMC test setups

Transformer Type:

Split-bobbin construction (toroidal designs are not acceptable)

Technical Requirements

A copper-foil electrostatic shield shall be placed between the primary and secondary windings.

The shield must not be connected to the core; it shall be brought out as a separate terminal.

The magnetic core must be fully insulated from the windings and the electrostatic shield (core-to-winding capacitive coupling should be minimized).

Primary-to-secondary capacitance shall be kept as low as possible, with a target value of < 5 pF.

The secondary winding must remain completely floating; terminals shall be labeled only, with no connection to earth or neutral.

The transformer shall be installed inside a metal enclosure / magnetic shielding housing.

No soft-start circuitry is required.

Required Test Data / Reporting

Primary-to-secondary leakage current / common-mode leakage, both RMS and peak-to-peak

Inter-winding capacitance measurements, at 100 kHz and preferably also at 1 MHz

If available, measurement of core-to-winding capacitive leakage may also be included in the report

Could you please confirm whether you can manufacture a transformer meeting these specifications?
We would also appreciate preliminary information regarding lead time and pricing.

Thank you.

where u find that info?

I collected it myself bit by bit

Some forums , some guys like this :
https://www.youtube.com/watch?v=9JinSfCKuNQ

and chat gpt ofc

someone repliled you?
how much it will cost?

All negative response still

A believe it would cost like 200-300 dollars top but who knows.